CN204919154U - Automatic hosiery machine turns over - Google Patents
Automatic hosiery machine turns over Download PDFInfo
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- CN204919154U CN204919154U CN201520654041.2U CN201520654041U CN204919154U CN 204919154 U CN204919154 U CN 204919154U CN 201520654041 U CN201520654041 U CN 201520654041U CN 204919154 U CN204919154 U CN 204919154U
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Abstract
The utility model provides an automatic hosiery machine turns over, belongs to and turns over hosiery machine technical field. It comprises loading attachment, cover socks device and the stocking turner that sets up in the automatic hosiery machine turns over frame, and big hold -in range total length on the cover socks device and little hold -in range total length become the multiple relation, the middle part contact of little synchronous pulley afterbody and big hold -in range belt, the front end struts certain subtended angle, get into from the afterbody of the big hold -in range socks hook that glues on through big belt at socks, the assurance continuity deliver to the stocking turner with socks in, setting up two socks conveyer belts on the stocking turner, after realizing cover socks process, being gone into partly top of socks headgear between gap of two socks conveyer belts by the ejector pin earlier, under the rubbing action of socks conveyer belt and socks, it is intraductal to plough under the cover with socks elder generations afterbody, and it is intraductal that the socks mouth also gets into the cover under the afterbody induced effect afterwards, and the upset has been realized to socks, and its simple structure, continuity are good, and economic benefits has been improved to mechanized the operation.
Description
Technical field
The utility model belongs to and turns over hosiery machine technical field, is specifically related to the automatic sock overturning machine integrating material loading, overlap socks, turn over socks that a kind of labour cost is low, continuity is good.
Background technology
In recent years, along with the fast development of control technology, mechanical industry, many hand labour modes are made progressively to be converted to machine automatization production line balance.Under the overall background of " made in China 2025 ", the replacement of manufacturing industry is manual, automation, intellectuality, progressively promote China industrial manufacturing industry, enhancing productivity be provided with remarkable meaning.Socks manufacturing enterprise of China is many, and tap is few.At Datang, existing Zhi Wa enterprise nearly ten thousand in socks industry, and the low and middle-grade equipment of enterprise is many, high end equipment is few.According to statistics, 2002, computer stocking accounted for 22% of hosiery machine sum, relies on mechanic in a large number, and the backwardness relatively of production equipment makes product specification and quality to improve, and causes cannot expanding international marketing market comprehensively.Socks industry industry entirety is also in lower level, and Zhuji City medium-sized and small enterprises are numerous, and most of product is also in industrial chain low side, and added value of product is low.The overall scientific and technological level of hand labour is lower, no matter is raw material, or product, walk or low and middle-grade circuit; Two is equipment, technology backwardnesss relatively of numerous small processing enterprise, still rests on the primary stage.
In socks production process, feed, cover socks, turn over socks, and transport etc. also relies on human resources at present in a large number.At present, market exists and aly turns over hosiery machine, 1200 pairs of common socks within one hour, can be turned over this hosiery machine that turns over, and manually turn over that socks are per hour only has about 700 pairs, raised speed about 70%.But there is feed, sleeve pipe, turn over a series of actions such as socks also too busy to get away manual work in above-mentioned machine, therefore can not thorough liberation human labour.On this basis, we have devised autofeed, turn over socks, the automatic sock overturning machine of output, have history innovation meaning, and significantly improve enterprises production efficiency, increase enterprise's total output value, the most important thing is to have liberated labour productive forces.As consumer goods consumption big country, and in modern society's population base, under the condition that large socks reduce consumption cycle greatly, socks production scale rises especially year by year, therefore consider the person's of lightening one's labor labour intensity and time again, need mechanization significantly improving production efficiency, this experimental machine is arisen at the historic moment under condition in this way.This device is innovated for cover socks, replaces overlapping socks by hand with mechanical device.
Utility model content
For the above-mentioned problems in the prior art, the purpose of this utility model is to provide the automatic sock overturning machine integrating material loading, overlap socks, turn over socks that a kind of labour cost is low, continuity is good.
Described a kind of automatic sock overturning machine, is made up of the feeding device be arranged in automatic sock overturning machine frame, cover socks device and stocking turner, it is characterized in that:
Described feeding device comprises suction tube, convex dish, driving shaft and driving shaft, it is characterized in that described driving shaft one end is movably set in driving shaft, and the other end is through after the centre bore of convex dish, and its termination connects suction tube by connecting rod;
Described cover socks device comprises synchronous pulley mechanism, drive motors, sleeve pipe and slide rail, on described sleeve pipe, activity arranges cover hosiery machine structure, cover socks actuator base is fixedly connected with U-shaped connector and slide block, described synchronous pulley mechanism is taken turns with motor-driven and is connected by chain, by driving motor supplies power, synchronous pulley mechanism also connects flywheel, and flywheel connects U-shaped connector by connecting rod, synchronous pulley mechanism is arranged sticky socks hook, slide block is arranged on slide rail;
Described stocking turner comprises aluminium section bar frame, transmits motor, sleeve pipe and slide rail, described sleeve pipe tube wall is arranged two homodromous socks conveyer belts in sleeve pipe, socks conveyer belt is connected with transmission motor and provides power by transmitting motor, described aluminium section bar frame connects push rod by backstay, and push rod can rotate around backstay;
Described suction tube is positioned at synchronous pulley mechanism center, socks cling by the sticky socks hook in synchronous pulley mechanism, entangled by the cover hosiery machine structure of activity at the synchronous pulley mechanism other end, by push rod, socks afterbody is headed between two socks conveyer belts, sent by socks conveyer belt.
Described a kind of automatic sock overturning machine, it is characterized in that described driving shaft arranges spring, when connecting rod is positioned at groove, spring is in normal condition, and when connecting rod leaves groove, spring is in extended state.
Described a kind of automatic sock overturning machine, is characterized in that described driving shaft is fixedly installed horizontal pin, driving shaft is arranged vertical pin, and the position of horizontal pin is lower than the peak of vertical pin.
Described a kind of automatic sock overturning machine, it is characterized in that described synchronous pulley mechanism comprises little active synchronization wheel, large active synchronization wheel, little driven synchronizing wheel, large driven synchronizing wheel, between described little active synchronization wheel and little driven synchronizing wheel, little Timing Belt is set, between described large active synchronization wheel and large driven synchronizing wheel, large Timing Belt is set, described large active synchronization wheel and little active synchronization wheel outside arrange the gear wheel and pinion that are meshed respectively, gear wheel is arranged outward takes turns with motor-driven the drive sprocket be connected by chain, the opposite face of described little Timing Belt and large Timing Belt is equipped with sticky socks hook, sticky socks hook on little Timing Belt and the sticky socks of large Timing Belt are hooked in greatly, the place that little Timing Belt contacts can coincide.
Described a kind of automatic sock overturning machine, it is characterized in that described cover hosiery machine structure comprises the claw and claw installing rack connected by mounting rod, claw overcoat has rubber band, and mounting rod radical is corresponding with claw number.
Described a kind of automatic sock overturning machine, it is characterized in that described U-shaped connector two ends arrange connecting rod chute, connecting rod one end is fixed on flywheel, and the other end is arranged on connecting rod chute, and can slide on connecting rod chute.
Described a kind of automatic sock overturning machine, is characterized in that described large Timing Belt total length becomes multiple proportion with little Timing Belt total length, and large Timing Belt and little Timing Belt front end strut, and forms 10-30 °.
Described a kind of automatic sock overturning machine, it is characterized in that described push rod left end is provided with thimble, right-hand member is provided with balancing pole, and lower than cover hosiery machine structure peak position bottom balancing pole, described thimble is bent in the same way by push rod left end and obtains for twice.
Automatic sock overturning machine of the present invention is by feeding device, and cover socks device and stocking turner are formed, and by adopting above-mentioned technology, compared with prior art, the beneficial effects of the utility model are as follows:
1) have aspiration motor to provide suction in suction tube of the present invention, be drawn onto from conveyer belt by socks and turn over hosiery machine, respectively there is a groove at convex dish two ends, control the travel path of suction tube, suction tube can be declined; Driving shaft is equipped with spring, convex disc mechanism can be formed force-closed, ensure that sucker is mobile along convex dish;
2) the large Timing Belt total length on cover socks device of the present invention becomes multiple proportion with little Timing Belt total length, small synchronous pulley afterbody contacts with the middle part of large synchronous belt leather band, front end struts the sticky socks hook of certain subtended angle (elasticity of subtended angle size according to socks and the position of claw) and is affixed on two Timing Belts, place that Timing Belt contacts can coincide to require two sticky socks to be hooked in, entered by the sticky socks hook large belt at the afterbody of socks from large Timing Belt, two sticky socks are hooked in centre and cross and move on, at this moment the sticky socks hook above caught on socks above below sticky socks hook caught on the lower surface of socks, ensure successional socks to be delivered in stocking turner,
3) U-shaped connector two ends of the present invention arrange connecting rod chute, connect connecting rod, when flywheel turns, make connecting rod connecting rod chute one end motion again the other end time, its cover hosiery machine structure remains static, and has time-lag action, gives the cover socks regular hour, ensure that socks can completely be inserted in claw, improve its work quality;
4) stocking turner of the present invention is arranged two socks conveyer belts, after realization cover socks process, between the gap first by push rod a part for socks headgear being headed into two socks conveyer belts, under the rubbing action of socks conveyer belt and socks, first for socks afterbody is ploughed under in sleeve pipe, socks mouth also enters in sleeve pipe under afterbody induced effect subsequently, because the displacement of sleeve pipe limits, socks when being enclosed within pipe achieve upset with the socks after entirety ploughs under pipe from head, namely achieve mechanical type and turn over socks.
Accompanying drawing explanation
Fig. 1 perspective view of the present utility model;
Fig. 2 main TV structure schematic diagram of the present utility model;
Fig. 3 is the stereogram structural representation of feeding device of the present utility model;
Fig. 4 is the front view structural representation of feeding device of the present utility model;
Fig. 5 is driving shaft and the driving shaft Split type structure schematic diagram of the utility model feeding device;
Fig. 6 is the perspective view of cover socks device of the present utility model;
Fig. 7 is the main TV structure schematic diagram of synchronous pulley mechanism of cover socks device of the present utility model;
Fig. 8 is the synchronous pulley mechanism perspective view of cover socks device of the present utility model;
Fig. 9 is the perspective view of stocking turner of the present utility model;
Figure 10 is the main TV structure schematic diagram of stocking turner of the present utility model.
In figure: I-feeding device, I 1-suction tube, the convex dish of I 2-, I 201-groove, I 3-driving shaft, the horizontal pin of I 4-, the vertical pin of I 5-, I 6-driving shaft, I 7-spring, I 8-connecting rod, II-cover socks device, II 1-synchronous pulley mechanism, II 1a-pinion, the little active synchronization wheel of II 1b-, II 1c-gear wheel, the large active synchronization wheel of II 1d-, II 1e-glues socks hook, the large driven synchronizing wheel of II 1f-, the large Timing Belt of II 1g-, the little driven synchronizing wheel of II 1h-, the little Timing Belt of II 1i-, II 1j-drive sprocket, II 2-flywheel, II 3-connecting rod, II 4-chain, II 5-motor-driven wheel, II 6-motor, II 7-U type connector, II 8-slide block, II 9-slide rail, II 10-sleeve pipe, II 11-claw installing rack, II 12-mounting rod, II 13-rubber band, II 14-claw, II 15-connecting rod chute, III-stocking turner, III 1-aluminium section bar frame, III 2-backstay, III 3-push rod, III 301-balancing pole, III 302-thimble, III 5-transmits motor, III 13-socks conveyer belt.
Detailed description of the invention
Below in conjunction with Figure of description, the utility model will be further described, but protection domain of the present utility model is not limited in this:
As Figure 1-10 shows, a kind of automatic sock overturning machine of the present utility model, be made up of the feeding device I be arranged in automatic sock overturning machine frame, cover socks device II and stocking turner III, wherein cover socks device II and stocking turner III have section components to share;
As in Figure 3-5, feeding device of the present utility model, comprise suction tube I 1, convex dish I 2, driving shaft I 3 and driving shaft I 6, described driving shaft I 6 is arranged in automatic sock overturning machine frame, be connected with motor and driven by alternating current generator, described driving shaft I 3 one end is movably set in driving shaft I 6, the other end is through after the centre bore of convex dish I 2, its termination connects suction tube I 1 by connecting rod I 8, on described convex dish I 2, relative position arranges two groove I 201, convex dish I 2 is fixed in frame, described suction tube I 1 can circle under driving shaft I 3 acts on convex dish I 2, after two groove I 201, complete a material loading and get back to original position, aspiration motor is provided with in suction tube I 1, material loading is carried out for holding socks.
After groove I 201, rise to convex dish I 2 smoothly for the ease of suction tube I 1 and connecting rod I 8 other circumferentially, the utility model arranges spring I 7 on described driving shaft I 3, when connecting rod I 8 is positioned at groove I 201, spring I 7 is in normal condition, when connecting rod I 8 leaves groove I 201, spring I 7 is in extended state, described driving shaft I 3 is fixedly installed horizontal pin I 4, driving shaft I 6 is arranged vertical pin I 5, the position of horizontal pin I 4 is lower than the peak of vertical pin I 5.
As shown in figs 6-8, cover socks device of the present utility model, comprise frame and be arranged on the synchronous pulley mechanism II 1 in frame, drive motors II 6, sleeve pipe II 10 and slide rail II 9, on described sleeve pipe II 10, activity arranges cover hosiery machine structure, described cover hosiery machine structure comprises the claw II 14 and claw installing rack II 11 that are connected by mounting rod II 12, claw II 14 overcoat has rubber band II 13, mounting rod II 12 radical is corresponding with claw II 14 number, claw II 14 of the present utility model has 3-5, U-shaped connector II 7 and slide block II 8 is fixedly connected with bottom claw installing rack II 11, U-shaped connector II 7 two ends arrange connecting rod chute II 15, as shown in Figures 2 and 3, described synchronous pulley mechanism II 1 comprises little active synchronization and takes turns II 1b, large active synchronization takes turns II 1d, little driven synchronizing wheel II 1h, large driven synchronizing wheel II 1f, described little active synchronization is taken turns between II 1b and little driven synchronizing wheel II 1h and is arranged little Timing Belt II 1i, described large active synchronization is taken turns between II 1d and large driven synchronizing wheel II 1f and is arranged large Timing Belt II 1g, described large active synchronization is taken turns II 1d and little active synchronization and is taken turns gear wheel II 1c and pinion II 1a that to arrange respectively outside II 1b and be meshed, gear wheel II 1c is arranged outward and takes turns II 5 drive sprocket II 1j be connected by chain II 4 with motor-driven, pinion II 1a arranges the little drive sprocket be connected by chain with flywheel II 2 outward, the opposite face of described little Timing Belt II 1i and large Timing Belt II 1g is equipped with sticky socks hook II 1e, sticky socks hook II 1e of sticky socks hook II 1e on little Timing Belt II 1i and large Timing Belt II 1g is greatly, the place that little Timing Belt contacts can coincide, described drive sprocket II 1j and motor-driven are taken turns II 5 and are connected by chain II 4, power is provided by drive motors II 6, synchronous pulley mechanism II 1 also connects flywheel II 2, flywheel II 2 connects U-shaped connector II 7 by connecting rod II 3, described U-shaped connector II 7 two ends arrange connecting rod chute II 15, connecting rod II 3 one end is fixed on flywheel II 2, the other end is arranged on connecting rod chute II 15, and can slide on connecting rod chute II 15, synchronous pulley mechanism II 1 is arranged sticky socks hook II 1e, slide block II 8 is arranged on slide rail II 9, drive motors II 6 starts, motor-driven wheel II 5 drives drive sprocket II 1j to rotate, drive gear wheel II 1c successively, pinion II 1a and little drive sprocket rotate, little Timing Belt II 1i and large Timing Belt II 1g synchronous axial system, sticky socks hook II 1e clings socks and send toward right-hand member, flywheel II 2 rotates with little drive sprocket, be with movable slider II 8 to move left and right on slide rail II 9 simultaneously, connecting rod II 3 is when connecting rod chute II 15 left end of U-shaped connector II 7, claw II 14 departs from the left end termination of sleeve pipe II 10, closed under the effect of rubber band II 13, socks muzzle on sticky socks hook II 1e enters in claw II 14, draw back afterwards, due to the support of claw installing rack II 11 in the process of moving back, claw II 14 has just opened, claw hooks socks and together to move backward, do not move claw when socks top to socks during the mouth of pipe to continue to retreat, socks are separated with claw, realize whole process,
Large Timing Belt II 1g total length becomes multiple proportion with little Timing Belt II 1i total length, and large Timing Belt II 1g and little Timing Belt II 1i front end strut, form certain subtended angle, this subtended angle size determines according to the position of the elasticity of socks and claw II 14, subtended angle of the present utility model is 10-30 °, is preferably 10-15 °.
As shown in Figure 9 and Figure 10, stocking turner of the present utility model, comprise frame and be arranged on the aluminium section bar frame III 1 in frame, transmit motor III 5, sleeve pipe II 10 and slide rail II 9, on described sleeve pipe II 10, activity arranges cover hosiery machine structure, described cover hosiery machine structure comprises the claw II 14 and claw installing rack II 11 that are connected by mounting rod II 12, claw II 14 overcoat has rubber band II 13, mounting rod II 12 radical is corresponding with claw II 14 number, cover socks actuator base is fixedly connected with U-shaped connector II 7 and slide block II 8, described U-shaped connector II 7 two ends arrange connecting rod chute II 15, for installing connecting rods.Described sleeve pipe II 10 tube wall is arranged two homodromous socks conveyer belts III 13 in sleeve pipe, socks conveyer belt III 13 is connected with transmission motor III 5 and provides power by transmitting motor III 5, described aluminium section bar frame III 1 connects push rod III 3 by backstay III 2, push rod III 3 left end is provided with thimble III 302, right-hand member is provided with balancing pole III 301, lower than cover hosiery machine structure peak position bottom balancing pole III 301, described thimble III 302 is bent in the same way by push rod III 3 left end and obtains for twice, and push rod III 3 can rotate around backstay III 2.
As shown in the figure, the utility model in normal state, due to the Action of Gravity Field of balancing pole III 301, push rod III 3 with backstay III 2 for anchor point, its balancing pole III 301 one end is downward-sloping, thimble III 302 one end is inclined upwardly, a fixed gap is had between thimble III 302 one end and synchronous pulley mechanism, and lower than the peak of claw installing rack II 11 bottom balancing pole III 301, under cover socks mechanism urges, the balancing pole III 301 of push rod III 3 right-hand member pushes away to the right, the thimble III 302 of its left end is downward, stretch in sleeve pipe II 10 left end termination, socks afterbody on claw II 14 on cover hosiery machine structure is pushed on socks conveyer belt III 13, carried to the right by socks conveyer belt III 13, socks mouth departs from from the claw II 14 of cover hosiery machine structure, complete and turn over socks action, in sleeve pipe II 10, collection is sent by socks conveyer belt III 13.
As shown in the figure, utility model works process is as follows: when driving shaft I 6 rotates, the vertical pin I 5 be fixed on driving shaft I 6 also and then rotates, horizontal pin I 4 is driven to rotate, thus the driving shaft I 3 be fixedly connected with horizontal pin I 4 is rotated, suction tube I 1 rotates along with convex dish I 2, complete feeding process, driving shaft I 6 of the present utility model drives by being arranged on the alternating current generator turned on hosiery machine, rotating speed is transmit drive shaft speed 1/2nd, to ensure in a workflow, suction tube I 1 turns around, aspiration motor in suction tube I 1 is controlled by travel switch, when socks to be put on the conveyer belt turning over hosiery machine structure by suction tube I 1, socks unclamp by suction tube I 1 power-off, vertical pin I 5 is fixed on driving shaft I 6, driving shaft I 6 rotates and drives vertical pin I 5 to rotate, driving shaft I 3 is rotated, such design makes driving shaft I 3 to rotate and can move up and down, convex dish I 2 controls the travel displacement of suction tube I 1, suction tube I 1 is fixed on driving shaft I 3, both are synchronized with the movement.
During work, socks on feed mechanism suction tube are entered from the rear end of large Timing Belt II 1g by the sticky socks hook II 1e adhesion socks mouth large Timing Belt II 1g, be sent to the position moving on of crossing with little Timing Belt II 1i, sticky socks hook II 1e of little Timing Belt II 1i has caught on the upper surface of socks, sticky socks hook II 1e of large Timing Belt II 1g catches on the lower surface of socks, the angle that two Timing Belts open just makes socks open a mouth, drive motors II 6 drives large Timing Belt II 1g to rotate by chain II 4, the gear drive be connected with a joggle by two little Timing Belt II 1i transmission, the little drive sprocket of little Timing Belt II 1i side drives flywheel II 2 to rotate, flywheel II 2 makes slide block II 8 move forward and backward by connecting rod II 3, claw II 14 one end is fixed on claw installing rack II 11, the effect of claw II 14 due to rubber band II 13 and the supporting role opening and closing of sleeve pipe II 10, running to front end due to claw II 14 stretches out sleeve pipe II 10, rubber band II 13 draws claw II 14 together, form a point, inside the osculum that reeve socks open, draw back afterwards, due to the support of sleeve pipe II 10 in the process of moving back, claw II 14 has just opened, claw II 14 hooks socks and together moves backward, do not move claw when socks top to socks during sleeve pipe II 10 mouth of pipe to continue to retreat, socks are separated with claw, realize whole process,
In normal state, due to the Action of Gravity Field of balancing pole III 301, push rod III 3 with backstay III 2 for anchor point, its balancing pole III 301 one end is downward-sloping, thimble III 302 one end is inclined upwardly, a fixed gap is had between thimble III 302 one end and synchronous pulley mechanism, and lower than the peak of claw installing rack II 11 bottom balancing pole III 301, under cover socks mechanism urges, the balancing pole III 301 of push rod III 3 right-hand member pushes away to the right, the thimble III 302 of its left end is downward, stretch in sleeve pipe II 10 left end termination, socks afterbody on claw II 14 on cover hosiery machine structure is pushed on socks conveyer belt III 13, carried to the right by socks conveyer belt III 13, socks mouth departs from from the claw II 14 of cover hosiery machine structure, complete and turn over socks action, in sleeve pipe II 10, collection is sent by socks conveyer belt III 13.
Claims (8)
1. an automatic sock overturning machine, is made up of the feeding device be arranged in automatic sock overturning machine frame (I), cover socks device (II) and stocking turner (III), it is characterized in that:
Described feeding device (I) comprises suction tube (I 1), convex dish (I 2), driving shaft (I 3) and driving shaft (I 6), it is characterized in that described driving shaft (I 3) one end is movably set in driving shaft (I 6), the other end is through after the centre bore of convex dish (I 2), and its termination connects suction tube (I 1) by connecting rod (I 8);
Described cover socks device (II) comprises synchronous pulley mechanism (II 1), drive motors (II 6), sleeve pipe (II 10) and slide rail (II 9), the upper activity of described sleeve pipe (II 10) arranges cover hosiery machine structure, cover socks actuator base is fixedly connected with U-shaped connector (II 7) and slide block (II 8), described synchronous pulley mechanism (II 1) is taken turns (II 5) and is connected by chain (II 4) with motor-driven, power is provided by drive motors (II 6), synchronous pulley mechanism (II 1) also connects flywheel (II 2), flywheel (II 2) connects U-shaped connector (II 7) by connecting rod (II 3), synchronous pulley mechanism (II 1) is arranged sticky socks hook (II 1e), slide block (II 8) is arranged on slide rail (II 9),
Described stocking turner (III) comprises aluminium section bar frame (III 1), transmits motor (III 5), sleeve pipe (II 10) and slide rail (II 9), described sleeve pipe (II 10) tube wall is arranged two homodromous socks conveyer belts (III 13) in sleeve pipe, socks conveyer belt (III 13) is connected with transmission motor (III 5) and provides power by transmitting motor (III 5), described aluminium section bar frame (III 1) connects push rod (III 3) by backstay (III 2), and push rod (III 3) can rotate around backstay (III 2);
Described suction tube (I 1) is positioned at synchronous pulley mechanism (II 1) center, socks cling by the sticky socks hook (II 1e) in synchronous pulley mechanism (II 1), entangled by the cover hosiery machine structure of activity at synchronous pulley mechanism (II 1) other end, by push rod (III 3), socks afterbody is headed between two socks conveyer belts (III 13), sent by socks conveyer belt (III 13).
2. a kind of automatic sock overturning machine according to claim 1, it is characterized in that described driving shaft (I 3) arranges spring (I 7), when connecting rod (I 8) is positioned at groove (I 201), spring (I 7) is in normal condition, when connecting rod (I 8) leaves groove (I 201), spring (I 7) is in extended state.
3. a kind of automatic sock overturning machine according to claim 1, it is characterized in that described driving shaft (I 3) is fixedly installed horizontal pin (I 4), driving shaft (I 6) is arranged vertical pin (I 5), the position of horizontal pin (I 4) is lower than the peak of vertical pin (I 5).
4. a kind of automatic sock overturning machine according to claim 1, it is characterized in that described synchronous pulley mechanism (II 1) comprises little active synchronization wheel (II 1b), large active synchronization wheel (II 1d), little driven synchronizing wheel (II 1h), large driven synchronizing wheel (II 1f), between described little active synchronization wheel (II 1b) and little driven synchronizing wheel (II 1h), little Timing Belt (II 1i) is set, between described large active synchronization wheel (II 1d) and large driven synchronizing wheel (II 1f), large Timing Belt (II 1g) is set, described large active synchronization wheel (II 1d) and little active synchronization wheel (II 1b) outside arrange the gear wheel (II 1c) and pinion (II 1a) that are meshed respectively, gear wheel (II 1c) arranges the drive sprocket (II 1j) of to take turns (II 5) with motor-driven and being connected by chain (II 4) outward, described little Timing Belt (II 1i) and the opposite face of large Timing Belt (II 1g) are equipped with sticky socks hook (II 1e), the sticky socks hook (II 1e) of the sticky socks hook (II 1e) on little Timing Belt (II 1i) and large Timing Belt (II 1g) is greatly, the place that little Timing Belt contacts can coincide.
5. a kind of automatic sock overturning machine according to claim 1, it is characterized in that described cover hosiery machine structure comprises the claw (II 14) and claw installing rack (II 11) connected by mounting rod (II 12), claw (II 14) overcoat has rubber band (II 13), and mounting rod (II 12) radical is corresponding with claw (II 14) number.
6. a kind of automatic sock overturning machine according to claim 1, it is characterized in that described U-shaped connector (II 7) two ends arrange connecting rod chute (II 15), connecting rod (II 3) one end is fixed on flywheel (II 2), the other end is arranged on connecting rod chute (II 15), and can in the upper slip of connecting rod chute (II 15).
7. a kind of automatic sock overturning machine according to claim 4, it is characterized in that described large Timing Belt (II 1g) total length becomes multiple proportion with little Timing Belt (II 1i) total length, and large Timing Belt (II 1g) struts with little Timing Belt (II 1i) front end, forms 10-30 °.
8. a kind of automatic sock overturning machine according to claim 1, it is characterized in that described push rod (III 3) left end is provided with thimble (III 302), right-hand member is provided with balancing pole (III 301), balancing pole (III 301) bottom is lower than cover hosiery machine structure peak position, and described thimble (III 302) is bent in the same way by push rod (III 3) left end and obtains for twice.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520654041.2U CN204919154U (en) | 2015-08-27 | 2015-08-27 | Automatic hosiery machine turns over |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520654041.2U CN204919154U (en) | 2015-08-27 | 2015-08-27 | Automatic hosiery machine turns over |
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| Publication Number | Publication Date |
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| CN204919154U true CN204919154U (en) | 2015-12-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520654041.2U Withdrawn - After Issue CN204919154U (en) | 2015-08-27 | 2015-08-27 | Automatic hosiery machine turns over |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040390A (en) * | 2015-08-27 | 2015-11-11 | 浙江工业大学 | Automatic sock turning-over machine |
| CN107558144A (en) * | 2017-09-05 | 2018-01-09 | 福建省华科模具科技有限公司 | A kind of turn-over supports socks device |
| CN107641952A (en) * | 2017-11-13 | 2018-01-30 | 繁昌县清新水洗有限责任公司 | One kind is two-way to turn over trousers machine |
-
2015
- 2015-08-27 CN CN201520654041.2U patent/CN204919154U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040390A (en) * | 2015-08-27 | 2015-11-11 | 浙江工业大学 | Automatic sock turning-over machine |
| CN107558144A (en) * | 2017-09-05 | 2018-01-09 | 福建省华科模具科技有限公司 | A kind of turn-over supports socks device |
| CN107558144B (en) * | 2017-09-05 | 2023-03-24 | 福建省华科模具科技有限公司 | Turn-over socks supporting device |
| CN107641952A (en) * | 2017-11-13 | 2018-01-30 | 繁昌县清新水洗有限责任公司 | One kind is two-way to turn over trousers machine |
| CN107641952B (en) * | 2017-11-13 | 2019-04-23 | 繁昌县清新水洗有限责任公司 | One kind is two-way to turn over trousers machine |
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