CN112796040A - Silk quilt net puller - Google Patents

Silk quilt net puller Download PDF

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Publication number
CN112796040A
CN112796040A CN202110021203.9A CN202110021203A CN112796040A CN 112796040 A CN112796040 A CN 112796040A CN 202110021203 A CN202110021203 A CN 202110021203A CN 112796040 A CN112796040 A CN 112796040A
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China
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net
pulling
roller
transverse
longitudinal
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CN202110021203.9A
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Chinese (zh)
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CN112796040B (en
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张雅婷
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Jiangsu Xingan Machinery Co ltd
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Tongxiang Nuochuang Information Technology Co ltd
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    • D—TEXTILES; PAPER
    • D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
    • D04H—MAKING TEXTILE FABRICS, e.g. FROM FIBRES OR FILAMENTARY MATERIAL; FABRICS MADE BY SUCH PROCESSES OR APPARATUS, e.g. FELTS, NON-WOVEN FABRICS; COTTON-WOOL; WADDING ; NON-WOVEN FABRICS FROM STAPLE FIBRES, FILAMENTS OR YARNS, BONDED WITH AT LEAST ONE WEB-LIKE MATERIAL DURING THEIR CONSOLIDATION
    • D04H3/00—Non-woven fabrics formed wholly or mainly of yarns or like filamentary material of substantial length
    • D04H3/02—Non-woven fabrics formed wholly or mainly of yarns or like filamentary material of substantial length characterised by the method of forming fleeces or layers, e.g. reorientation of yarns or filaments

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Wire Processing (AREA)

Abstract

The invention provides a silk quilt net puller, and belongs to the technical field of silk quilt processing. It includes silk cotton piece conveyer, the net device draws, silk cotton piece conveyer includes silk cotton piece feed mechanism, silk cotton piece transition mechanism, silk cotton piece feed mechanism is including supplying with lifting unit, supply with the sideslip subassembly, silk cotton piece transition mechanism sets up the right side at silk cotton piece feed mechanism, silk cotton piece feed mechanism includes material loading jacking subassembly, material loading sideslip subassembly, the net device draws including transversely drawing the net mechanism, horizontal bearing mechanism, vertical net mechanism draws, transversely draw the net mechanism to include first horizontal net subassembly that draws, the horizontal net subassembly that draws of second, transversely draw the net drive assembly, vertically draw the net mechanism to include and draw the net conversion subassembly, first vertical net subassembly that draws, the vertical net subassembly that draws of second, vertically draw the net drive assembly. The invention not only can realize the net-drawing processing of the silk cotton piece, has good net-drawing smoothness, but also has reasonable structure and high automation degree.

Description

Silk quilt net puller
Technical Field
The invention relates to the technical field of silk quilt processing, in particular to a silk quilt net pulling machine.
Background
The textile industry can be divided into three industries according to its end-use application, namely, the textile industry for clothing, the textile industry for industry and the textile industry for decoration, and the textile industry for decoration is also called home textile industry, namely, the home textile industry. The quilt is an important component in home textiles and can be divided into a down quilt, a cotton quilt, a wool quilt, a fiber quilt, a silk quilt, a camel hair quilt and the like. The main filling materials of the down quilt are goose down and duck down. The down quilt has good heat retention, because the down is a star-shaped knot , each filament can be seen to be in a fish scale shape under a magnifier, has countless tiny pores and contains a large amount of static air, and because the conductivity coefficient of the air is lowest, the down quilt has good heat retention, and is full of elasticity, the down quilt is not only soft and warm, but also has good skin touch feeling, and in addition, the down feather has good performance of moisture absorption and dispersion which is not possessed by other heat retention materials. The silk quilt is a quilt with silk as a filler, has the unique quality and advantages of close-fitting warm keeping, fluffiness, softness, ventilation, health care, deep sleep and the like, is natural fiber integrating light, softness and fineness in nature, is plain with the reputation of the second skin of a human body, is called as fiber queen in the industry, has the main components of pure natural animal protein fiber, has the most similar structure to the skin of human beings, is 87 percent identical with the skin of the human bodies, contains various amino acids necessary for the human bodies, has the effects of preventing wind, removing dampness, soothing the nerves, nourishing and balancing the skin of the human bodies, and has the characteristics of smoothness, ventilation, softness, moisture absorption, no itching, static resistance and the like, so that the silk quilt becomes the superior material for manufacturing close-fitting clothes.
However, the processing of the silk quilt is generally finished manually at present, and silk cotton sheets are formed by the silkworm cocoons through a plurality of procedures such as boiling, peeling, splitting and the like. Then, the silk cotton sheets are manually pulled into the net, the manual net pulling is time-consuming and labor-consuming, and the wrists of workers pulling the net for a long time are very easy to be injured to form diseases such as tenosynovitis and the like. At present, no suitable silk screen-drawing machine is available on the market to replace the artificial screen-drawing machine.
The patent publication No. CN 209412457U's utility model discloses a silkworm pocket draws in net device, it is including drawing in the net workstation, draw in the net device, lift laying device, the upper end of lift cylinder body of lift laying device is fixed on fixing support, the lower extreme and the lift support of lift piston rod are connected, lift direction subassembly sets up between fixing support and lift support, the net driving motor and the net drive bevel gear coaxial coupling of the net drive subassembly of drawing in the net device, first drawing in the net subassembly, the second drawing in the net subassembly, the third drawing in the net subassembly, the fourth drawing in the net subassembly all faces the setting of net drive bevel gear, first drawing in the net lead screw and third drawing in the net lead screw are parallel to each other, second drawing in the net lead screw and fourth drawing in the net lead screw are parallel to each other, first bevel gear, the third bevel gear, fourth bevel gear and drawing in the net drive bevel gear intermeshing. The utility model discloses can realize the automatic net that draws of silkworm pocket to lay silk net one deck, rational in infrastructure, degree of automation is high. However, the net pulling is realized by pulling four corners, and the net pulling smoothness is poor.
Disclosure of Invention
The invention aims to provide a silk quilt net pulling machine which can realize the net pulling processing of silk cotton sheets, has good net pulling smoothness, reasonable structure and high automation degree.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a silk quilt net puller comprises a net pulling rack, a silk cotton piece conveying device and a net pulling device, wherein the net pulling rack comprises a net pulling upper frame, a net pulling lower frame, a net pulling front sealing plate, a net pulling rear sealing plate, a net pulling left sealing plate and a net pulling right sealing plate, the net pulling front sealing plate, the net pulling rear sealing plate, the net pulling left sealing plate and the net pulling right sealing plate are respectively arranged on the periphery of the net pulling upper frame and the net pulling lower frame, the silk cotton piece conveying device comprises a silk cotton piece supply mechanism, a silk cotton piece transition mechanism and a silk cotton piece feeding mechanism, the silk cotton piece supply mechanism comprises a supply lifting assembly and a transverse supply assembly, the supply lifting assembly comprises a supply box, a supply cylinder and a supply lifting platform, the supply box is arranged on the left side of the net pulling left sealing plate, the right side of the supply box is lower than the heights of the other three sides, the supply cylinder is arranged in the supply box, the upper end of the supply cylinder is connected with a supply lifting platform, silk cotton sheets are stacked on the supply lifting platform, the supply traversing assembly comprises a supply traversing support, a supply traversing sliding table, a supply traversing rack, a supply traversing gear shaft, a supply traversing motor, a supply traversing licker-in roller and a supply traversing licker-in roller support, the supply traversing support is arranged on the left side of the frame on the screen, the supply traversing table can be arranged at the lower end of the supply traversing support in a left-right sliding mode, the supply traversing rack is arranged on the supply traversing table, the supply traversing gear shaft can be arranged on the supply traversing support in a rotating mode, the supply traversing gear is coaxially arranged on the supply traversing gear shaft, the supply traversing motor is arranged on the supply traversing support, the supply traversing motor and the supply traversing gear shaft are coaxially connected, and the supply traversing gear shaft and the supply traversing rack are mutually meshed, the quantity of supplying with sideslip licker-in support is two, all installs the lower extreme at supplying with sideslip slip table, supply with the rotatable setting of sideslip licker-in on supplying with sideslip licker-in support, silk cotton piece transition mechanism sets up the right side at silk cotton piece feed mechanism, silk cotton piece transition mechanism includes transition support, first transition roller subassembly, second transition roller subassembly, transition drive assembly, first transition bearing plate, second transition bearing plate, the transition support mounting is on the right side of drawing net left shrouding, first transition roller subassembly includes first transition roller, first transition roller down, first transition roller and first transition roller are arranged from top to bottom and rotatable the setting on transition support, second transition roller subassembly includes transition roller, second transition roller down, transition roller and second transition roller are arranged from top to bottom and rotatable the setting on transition support on the second, the transition drive assembly comprises a transition drive motor, a first transition synchronous chain wheel, a second transition synchronous chain wheel and a transition synchronous chain, the first transition synchronous chain wheel is arranged on one side of the first transition roller with the axle center, the second transition synchronous chain wheel is arranged on one side of the second transition roller with the axle center, the first transition synchronous chain wheel and the second transition synchronous chain wheel are connected through the transition synchronous chain, the transition drive motor is arranged on the transition support, the transition drive motor is coaxially connected with the second transition roller, the first transition support plate and the second transition support plate are arranged on the transition support, the first transition support plate is arranged between the first transition roller assembly and the second transition roller assembly, the second transition support plate is arranged on the right side of the second transition roller assembly, and the silk cotton piece feeding mechanism is arranged on the right side of the silk cotton piece transition mechanism, the silk cotton piece feeding mechanism comprises a feeding jacking assembly, a feeding transverse moving assembly, the feeding jacking assembly comprises a feeding jacking supporting seat, a feeding jacking table, a feeding jacking rod, a feeding jacking guide rod, a feeding jacking transmission roller, a feeding jacking cam shaft and a feeding jacking motor, the feeding jacking supporting seat is arranged on a sealing plate before and after the net is pulled, the feeding jacking rod and the feeding jacking guide rod can be vertically slidably arranged on the feeding jacking supporting seat, the feeding jacking table is arranged at the upper ends of the feeding jacking rod and the feeding jacking guide rod, the feeding jacking transmission roller can be rotatably arranged at the lower end of the feeding jacking rod, the feeding jacking cam shaft can be rotatably arranged on the sealing plate before and after the net is pulled, the feeding jacking motor is arranged on the sealing plate before the net is pulled, and the feeding jacking cam shaft are coaxially connected, the feeding jacking cam is eccentrically arranged on a feeding jacking cam shaft, a jacking cam groove is arranged on the feeding jacking cam, a feeding jacking transmission roller is embedded in the jacking cam groove on the feeding jacking cam, a feeding transverse moving assembly is arranged on a feeding jacking table and comprises a feeding transverse screw, a feeding transverse screw support, a feeding transverse screw motor, a feeding transverse screw nut sleeve, a feeding transverse support, a feeding transverse guide rail, a first feeding transverse moving roller assembly, a second feeding transverse moving roller assembly, a feeding transverse driving assembly and a feeding transverse guiding nozzle, the feeding transverse screw support is arranged on the left side and the right side of the feeding jacking table, the feeding transverse guide rail is arranged on the feeding jacking table and is positioned between the two feeding transverse screw support seats, and the feeding transverse moving support seats can be arranged on the feeding transverse guide rail in a left-right sliding manner, the feeding transverse screw rod nut sleeve is arranged on the feeding transverse support, the feeding transverse screw rod is rotatably arranged on the feeding transverse screw rod support, the feeding transverse screw rod is in threaded connection with the feeding transverse screw rod nut sleeve, the feeding transverse screw rod motor is arranged on the feeding transverse screw rod support, the feeding transverse screw rod motor is coaxially connected with the feeding transverse screw rod, the first feeding transverse roller assembly comprises a first feeding transverse upper roller and a first feeding transverse lower roller, the first feeding transverse upper roller ring and the first feeding transverse lower roller are vertically arranged and rotatably arranged on the feeding transverse support, the second feeding transverse roller assembly comprises a second feeding transverse upper roller and a second feeding transverse lower roller, the second feeding transverse upper roller and the second feeding transverse lower roller are vertically arranged and rotatably arranged on the feeding transverse support, and the feeding transverse driving assembly comprises a feeding transverse driving motor, The feeding device comprises a first feeding transverse moving synchronous chain wheel, a second feeding transverse moving synchronous chain wheel and a feeding transverse moving synchronous chain, wherein the first feeding transverse moving synchronous chain wheel is coaxially arranged at one end of a first feeding transverse moving upper roller, the second feeding transverse moving synchronous chain wheel is coaxially arranged at one end of a second feeding transverse moving upper roller, the first feeding transverse moving synchronous chain wheel and the second feeding transverse moving synchronous chain wheel are connected through the feeding transverse moving synchronous chain, a feeding transverse moving driving motor is arranged on a feeding transverse moving support, the feeding transverse moving driving motor is coaxially connected with the second feeding transverse moving upper roller, a feeding transverse moving guide nozzle is arranged at the right end of the feeding transverse moving support, the feeding transverse moving guide nozzle comprises a feeding transverse moving upper guide plate and a feeding transverse moving lower guide plate, the feeding transverse moving upper guide plate and the feeding transverse moving lower guide plate are vertically symmetrically arranged, a feeding transverse moving guide notch is formed in the middle of the feeding transverse moving guide nozzle, the net pulling device comprises a transverse net pulling mechanism, a transverse bearing mechanism and a longitudinal net pulling mechanism, wherein the transverse net pulling mechanism comprises a first transverse net pulling component, a second transverse net pulling component and a transverse net pulling driving component, the front side and the rear side of the net pulling upper frame are respectively provided with a horizontal front net pulling roller upper chute, a front net pulling roller lower chute, a rear net pulling roller upper chute and a rear net pulling roller lower chute, the first transverse net pulling component comprises a first transverse net pulling roller, a first transverse net pulling roller front support, a first transverse net pulling roller rear support, a first transverse net pulling motor, a first transverse net pulling roller gear, a first transverse front synchronous bracket and a first transverse rear synchronous bracket, the first transverse net pulling roller front support can be arranged in the front net pulling roller upper chute in a left-and right sliding manner, the first transverse netting roller rear support can slide leftwards and rightwards to be arranged in a chute on a rear netting roller, the first transverse netting roller can be rotatably arranged on the first transverse netting roller front support and the first transverse netting roller rear support, the first transverse netting roller front support can slide leftwards and rightwards to be arranged in the front netting roller lower chute, the first transverse netting roller rear support can slide leftwards and rightwards to be arranged in the rear netting roller lower chute, the first transverse netting roller can be rotatably arranged on the first transverse netting roller front support and the first transverse netting roller rear support, the first transverse netting roller gear is coaxially arranged at one end of the first transverse netting roller, and the first transverse netting roller gear are mutually meshed, the first transverse mesh pulling roller front support and the first transverse mesh pulling roller front support are connected through a first transverse front synchronous support, the first transverse mesh pulling roller rear support and the first transverse mesh pulling roller rear support are connected through a first transverse rear synchronous support, the second transverse mesh pulling assembly comprises a second transverse mesh pulling roller, a second transverse mesh pulling roller front support, a second transverse mesh pulling roller rear support, a second transverse mesh pulling motor, a second transverse mesh pulling roller gear, a second transverse front synchronous support and a second transverse rear synchronous support, the second transverse mesh pulling roller front support can be arranged in a front mesh pulling roller upper chute in a left-right sliding manner, the second transverse mesh pulling roller rear support can be arranged in a rear mesh pulling roller upper chute in a left-right sliding manner, the second transverse mesh pulling roller is rotatably arranged on a second transverse mesh pulling roller front support and a second transverse mesh pulling roller rear support, the second transverse mesh pulling roller front support can be arranged in a front mesh pulling roller lower chute in a left-right sliding manner, the second transverse mesh pulling roller rear support can be arranged in a rear mesh pulling roller lower chute in a left-right sliding manner, the second transverse mesh pulling roller can be rotatably arranged on the second transverse mesh pulling roller front support and the second transverse mesh pulling roller rear support, the second transverse mesh pulling roller gear is coaxially arranged at one end of the second transverse mesh pulling roller, the second transverse mesh pulling roller gear and the second transverse mesh pulling roller gear are mutually engaged, the second transverse mesh pulling roller front support and the second transverse mesh pulling roller front support are connected through a second transverse front synchronous bracket, the second transverse net-drawing roller rear support and the second transverse net-drawing roller rear support are connected through a second transverse rear synchronous support, the transverse net-drawing driving assembly comprises a transverse net-drawing front screw rod, a transverse net-drawing front screw rod support, a first transverse net-drawing front screw rod nut sleeve, a second transverse net-drawing front screw rod nut sleeve, a transverse net-drawing rear screw rod support, a first transverse net-drawing rear screw rod nut sleeve, a second transverse net-drawing rear screw rod nut sleeve, a transverse net-drawing screw rod motor, a transverse net-drawing front synchronous wheel, a transverse net-drawing rear synchronous wheel and a transverse net-drawing synchronous belt, the transverse net-drawing front screw rod supports are arranged on two sides of the front end of the net-drawing upper frame, the transverse net-drawing front screw rods are rotatably arranged on the two transverse net-drawing front screw rod supports, the rotating directions of the left part and the right part of the transverse net-drawing front screw rod are opposite, the first transverse net-drawing front screw rod nut sleeve is, the second transverse net-pulling front screw rod nut sleeve is arranged on a second transverse front synchronous bracket, the left part of the transverse net-pulling front screw rod is in threaded connection with the first transverse net-pulling front screw rod nut sleeve, the right part of the transverse net-pulling front screw rod is in threaded connection with the second transverse net-pulling front screw rod nut sleeve, the transverse net-pulling rear screw rod supports are arranged on two sides of the rear end of the net-pulling upper frame, the transverse net-pulling rear screw rod can be rotatably arranged on the two transverse net-pulling rear screw rod supports, the rotating directions of the left part and the right part of the transverse net-pulling rear screw rod are opposite, the first transverse net-pulling rear screw rod nut sleeve is arranged on the first transverse rear synchronous bracket, the second transverse net-pulling rear screw rod nut sleeve is arranged on the second transverse rear synchronous bracket, the left part of the transverse net-pulling rear screw rod is in threaded connection with the first transverse net-pulling rear screw rod nut sleeve, and the right part of the transverse net-pulling rear screw rod is in threaded connection with the second transverse, the horizontal pre-hauling synchronizing wheel is coaxially arranged at one end of a horizontal pre-hauling screw rod, the horizontal post-hauling synchronizing wheel is coaxially arranged at one end of a horizontal post-hauling screw rod, the horizontal pre-hauling synchronizing wheel is connected with the horizontal post-hauling synchronizing wheel through a horizontal pre-hauling synchronous belt, the horizontal post-hauling screw rod motor is arranged on a horizontal pre-hauling screw rod support, the horizontal post-hauling screw rod motor is coaxially connected with the horizontal post-hauling screw rod, the horizontal bearing mechanism is arranged at the lower side of the horizontal post-hauling mechanism, the horizontal bearing mechanism comprises more than two horizontal bearing components, the horizontal bearing components comprise horizontal bearing rollers and horizontal bearing roller supports, the horizontal bearing roller supports are arranged at the front side and the rear side of a frame on the hauling net, the horizontal bearing rollers are rotatably arranged on the horizontal bearing roller supports, and the vertical post-hauling mechanism is arranged at the right side of a post-hauling machine frame, the longitudinal net pulling mechanism comprises a longitudinal net pulling sliding seat, a longitudinal net pulling sliding seat guide rail, a longitudinal net pulling fixing seat, a longitudinal net pulling adjusting cylinder, a net pulling conversion assembly, a first longitudinal net pulling assembly, a second longitudinal net pulling assembly and a longitudinal net pulling driving assembly, wherein the longitudinal net pulling sliding seat guide rail is horizontally arranged on a net pulling front sealing plate and a net pulling rear sealing plate, the longitudinal net pulling sliding seat can be arranged on the longitudinal net pulling sliding seat guide rail in a left-right sliding mode, the longitudinal net pulling fixing seat is fixedly arranged on the net pulling front sealing plate and the net pulling rear sealing plate, the longitudinal net pulling adjusting cylinder is arranged on the longitudinal net pulling fixing seat, one end of the longitudinal net pulling adjusting cylinder is connected with the longitudinal net pulling sliding seat, and the first longitudinal net pulling assembly comprises a first longitudinal net pulling screw rod, a first longitudinal net pulling screw rod support, a first longitudinal net pulling screw rod motor and a first longitudinal net pulling slide rail, The first longitudinal net-pulling screw rod front sliding seat, the first longitudinal net-pulling screw rod front nut sleeve, the first longitudinal front net-pulling roller support seat, the first longitudinal net-pulling rear sliding seat, the first longitudinal net-pulling screw rod rear nut sleeve, the first longitudinal rear net-pulling roller and the first longitudinal rear net-pulling roller support seat are arranged at the front end and the rear end of the longitudinal net-pulling sliding seat, the first longitudinal net-pulling screw rod is rotatably arranged on the two first longitudinal net-pulling screw rod support seats, the front part and the rear part of the first longitudinal net-pulling screw rod are opposite in rotating direction, the first longitudinal net-pulling sliding rail is arranged on the longitudinal net-pulling sliding seat, the first longitudinal net-pulling sliding rail is positioned between the two first longitudinal net-pulling screw rod support seats, and the first longitudinal net-pulling front sliding seat and the first longitudinal net-pulling rear sliding seat are both arranged on the first longitudinal net-pulling sliding rail in a front-and rear sliding manner, the first longitudinal net-drawing screw rod front nut sleeve is installed on a first longitudinal net-drawing front sliding seat, the first longitudinal net-drawing screw rod rear nut sleeve is installed on a first longitudinal net-drawing rear sliding seat, the front part of the first longitudinal net-drawing screw rod is in threaded connection with the first longitudinal net-drawing screw rod front nut sleeve, the rear part of the first longitudinal net-drawing screw rod is in threaded connection with the first longitudinal net-drawing screw rod rear nut sleeve, the first longitudinal front net-drawing roller supports are installed at the upper end and the lower end of the first longitudinal net-drawing front sliding seat, the first longitudinal front net-drawing rollers can rotate on two first longitudinal front net-drawing roller supports, the first longitudinal rear net-drawing roller supports are installed at the upper end and the lower end of the first longitudinal net-drawing rear sliding seat, the first longitudinal rear net-drawing rollers can rotate on two first longitudinal rear net-drawing roller supports, the second longitudinal net-drawing screw rod assembly comprises a second longitudinal net-drawing screw rod, A second longitudinal mesh-pulling screw rod support, a second longitudinal mesh-pulling screw rod motor, a second longitudinal mesh-pulling slide rail, a second longitudinal mesh-pulling front slide seat, a second longitudinal mesh-pulling screw rod front nut sleeve, a second longitudinal front mesh-pulling roller support, a second longitudinal mesh-pulling rear slide seat, a second longitudinal mesh-pulling screw rod rear nut sleeve, a second longitudinal rear mesh-pulling roller and a second longitudinal rear mesh-pulling roller support, wherein the second longitudinal mesh-pulling screw rod supports are arranged at the front end and the rear end of a mesh-pulling right sealing plate, the second longitudinal mesh-pulling screw rods are rotatably arranged on the two second longitudinal mesh-pulling screw rod supports, the front part and the rear part of the second longitudinal mesh-pulling screw rods are opposite in rotation direction, the second longitudinal mesh-pulling slide rail is arranged on the mesh-pulling right sealing plate, the second longitudinal mesh-pulling slide rail is arranged between the two second longitudinal mesh-pulling screw rod supports, and the second longitudinal mesh-pulling front slide seat and the second longitudinal mesh-pulling rear slide seat are both slidably arranged on the second longitudinal mesh-pulling slide rail, the front nut sleeve of the second longitudinal net-drawing screw rod is arranged on the front sliding seat of the second longitudinal net-drawing screw rod, the rear nut sleeve of the second longitudinal net-drawing screw rod is arranged on the rear sliding seat of the second longitudinal net-drawing screw rod, the front part of the second longitudinal net-drawing screw rod is in threaded connection with the front nut sleeve of the second longitudinal net-drawing screw rod, the rear part of the second longitudinal net-drawing screw rod is in threaded connection with the rear nut sleeve of the second longitudinal net-drawing screw rod, the second longitudinal front net-drawing roller supports are arranged at the upper end and the lower end of the front sliding seat of the second longitudinal net-drawing, the second longitudinal front net-drawing roller can rotate on two second longitudinal front net-drawing roller supports, the second longitudinal back net-drawing roller supports are arranged at the upper end and the lower end of the rear sliding seat of the second longitudinal net-drawing, the second longitudinal back net-drawing roller can rotate on two second longitudinal back net-drawing roller supports, and the longitudinal net-drawing driving assembly comprises a front, The front longitudinal net pulling driving motor support, the rear longitudinal net pulling driving motor support, a first longitudinal front net pulling roller gear, a second longitudinal front net pulling roller gear, a first longitudinal rear net pulling roller gear and a second longitudinal rear net pulling roller gear, wherein the first longitudinal front net pulling roller gear is coaxially arranged at the lower end of the first longitudinal front net pulling roller, the second longitudinal front net pulling roller gear is coaxially arranged at the lower end of the second longitudinal front net pulling roller, the front longitudinal net pulling driving motor support is arranged on a net pulling right sealing plate, the front longitudinal net pulling driving motor is arranged on the front longitudinal net pulling driving motor support, the front longitudinal net pulling driving motor and the second longitudinal front net pulling roller are coaxially connected, the first longitudinal front net pulling roller gear and the second longitudinal front net pulling roller gear can be meshed, the first longitudinal rear net pulling roller gear is coaxially arranged at the lower end of the first longitudinal rear net pulling roller, the second longitudinal back netting roller gear is coaxially arranged at the lower end of the second longitudinal back netting roller, the back longitudinal netting driving motor support is arranged on a netting right sealing plate, the back longitudinal netting driving motor is arranged on the back longitudinal netting driving motor support, the back longitudinal netting driving motor is coaxially connected with the second longitudinal back netting roller, the first longitudinal back netting roller gear and the second longitudinal back netting roller gear can be meshed, the netting conversion assembly is arranged above the first longitudinal netting assembly and the second longitudinal netting assembly, the netting conversion assembly comprises a fixed netting conversion roller, a fixed netting conversion roller support, a netting conversion roller driving motor, a movable netting conversion roller sliding block, a movable netting conversion pressure spring and a movable netting conversion support, the fixed netting conversion roller support is arranged on the netting right sealing plate, the fixed net-pulling conversion roller is rotatably arranged on a fixed net-pulling conversion roller support, the net-pulling conversion roller driving motor is arranged on the fixed net-pulling conversion roller support, the net-pulling conversion roller driving motor is coaxially connected with the fixed net-pulling conversion roller, the movable net-pulling conversion support is arranged on a longitudinal net-pulling sliding seat, a movable net-pulling conversion chute is arranged on the movable net-pulling conversion support, a movable net-pulling conversion roller sliding block can be arranged on the movable net-pulling conversion chute of the movable net-pulling conversion support in a left-right sliding manner, a movable net-pulling conversion pressure spring is arranged in the movable net-pulling conversion chute, one end of the movable net-pulling conversion pressure spring is attached to the movable net-pulling conversion roller sliding block, the other end of the movable net-pulling conversion pressure spring is attached to the movable net-pulling conversion chute, and the movable net-pulling conversion roller is rotatably arranged on the two movable net-pulling conversion roller sliding, the movable net pulling conversion roller is attached to the fixed net pulling conversion roller under the action of the movable net pulling conversion pressure spring.
Further, the first upper transition roller, the first lower transition roller, the second upper transition roller and the second lower transition roller are all rubber rollers.
Furthermore, the first feeding transverse upper roller, the first feeding transverse lower roller, the second feeding transverse upper roller and the second feeding transverse lower roller are rubber rollers.
Furthermore, the first transverse net pulling roller, the second transverse net pulling roller and the second transverse net pulling roller are uniformly provided with net pulling felting needles.
Furthermore, the first longitudinal front net pulling roller, the first longitudinal back net pulling roller, the second longitudinal front net pulling roller and the second longitudinal back net pulling roller are uniformly provided with net pulling felting needles.
Further, the first transverse net pulling roller gear, the second transverse net pulling roller gear and the second transverse net pulling roller gear are all helical gears.
Further, the first longitudinal front net pulling roller gear, the first longitudinal rear net pulling roller gear, the second longitudinal front net pulling roller gear and the second longitudinal rear net pulling roller gear are all helical gears.
Further, the fixed net pulling conversion roller and the movable net pulling conversion roller are rubber net pulling conversion rollers.
Compared with the prior art, the invention has the following advantages and effects:
1. the silk cotton piece is stacked in the supply box, supplies with the cylinder action, drives the silk cotton piece through supplying with the elevating platform and upwards lifts to the assigned position, makes the silk cotton piece of the top piece and supply with the sideslip licker-in contact. And then, the supply traversing motor acts, and the supply traversing sliding table is driven by the supply traversing gear and the supply traversing rack to slide rightwards along the supply traversing support, so that the supply traversing licker-in is used for conveying the silk cotton piece rightwards to the silk cotton piece transition mechanism. When silk cotton piece is close to silk cotton piece transition mechanism, the transition driving motor action, through first transition synchronous sprocket, the synchronous chain of transition, the synchronous sprocket of second transition drives transition roller synchronous rotation on first transition roller and the second, silk cotton piece is in first transition roller, transition roller on first transition roller and the second, the effect of transition roller is carried down right under the second, the bearing of silk cotton piece has been realized to first transition bearing plate and second transition bearing plate, the silk cotton piece of being convenient for passes through silk cotton piece transition mechanism. Then, the silk cotton piece gets into silk cotton piece feed mechanism, and material loading sideslip driving motor action drives first material loading sideslip upper roll, the synchronous rotation of second material loading sideslip upper roll through first material loading sideslip synchronous sprocket, the synchronous chain of material loading sideslip, the synchronous sprocket of second material loading sideslip, and the silk cotton piece is under the effect of first material loading sideslip upper roll, first material loading sideslip lower roll and second material loading sideslip upper roll, second material loading sideslip lower roll, the conveying of material loading sideslip delivery nozzle. Meanwhile, the feeding jacking motor acts to drive the feeding jacking cam to rotate through the feeding jacking cam shaft, and the feeding jacking rod drives the feeding jacking table to lift upwards along the feeding jacking supporting seat under the transmission of the feeding jacking transmission roller until the feeding transverse guide nozzle is flush with the transverse net pulling mechanism. The feeding transverse screw motor acts, the feeding transverse screw and the feeding transverse screw nut sleeve drive the feeding transverse support to slide rightwards along the feeding transverse guide rail until the feeding transverse guide nozzle is inserted between the first transverse pull-up roller and the first transverse pull-down roller, and the silk cotton piece enters the transverse pull-up mechanism from the feeding transverse guide nozzle. The first transverse net pulling motor and the second transverse net pulling motor synchronously act in the same direction, and under the transmission of the first transverse net pulling roller gear, the second transverse net pulling roller gear and the second transverse net pulling roller gear, the silk cotton sheet is conveyed to the right middle between the first transverse net pulling assembly and the second transverse net pulling assembly through the first transverse net pulling roller, the second transverse net pulling roller and the second transverse net pulling roller. And the loading jacking table moves downwards along the loading jacking supporting seat along with the continuous rotation of the loading jacking cam. Then, a first transverse net pulling motor and a second transverse net pulling motor synchronously and reversely act, meanwhile, a transverse net pulling screw rod motor acts, a transverse net pulling front screw rod and a transverse net pulling rear screw rod are driven to synchronously rotate under the transmission of a transverse net pulling front synchronous wheel, a transverse net pulling synchronous belt and a transverse net pulling rear synchronous wheel, a first transverse net pulling roller front support and a first transverse net pulling roller rear support move leftwards, a second transverse net pulling roller front support and a second transverse net pulling roller rear support move rightwards, a first transverse net pulling roller, a second transverse net pulling roller and a second transverse net pulling roller respectively move leftwards and rightwards while rotating, and the silk cotton piece is gradually stretched and unfolded in a transverse direction, so that transverse net pulling is realized. After accomplishing horizontal netting, the synchronous syntropy action once more of first horizontal netting motor and the horizontal netting motor of second is carried silk cotton piece after will transversely netting right, and the horizontal bearing roller of horizontal bearing mechanism realizes the bearing to silk cotton piece, is favorable to the silk cotton piece after transversely netting to get into vertical netting mechanism. And then, the silk cotton sheets after being transversely pulled into the net pulling conversion assembly, the net pulling conversion roller drives the motor to act, the silk cotton sheets after being transversely pulled are conveyed from the transverse net pulling mechanism to the longitudinal net pulling mechanism under the combined action of the fixed net pulling conversion roller and the movable net pulling conversion roller, and in the conversion process, due to the arrangement of the movable net pulling conversion pressure spring, the movable net pulling conversion roller and the fixed net pulling conversion roller always keep the attachment of the silk cotton sheets, so that the silk cotton sheets are stably conveyed between the first longitudinal net pulling assembly and the second longitudinal net pulling assembly. After the silk cotton sheets passing through the transverse net pulling completely enter the space between the first longitudinal net pulling assembly and the second longitudinal net pulling assembly, the longitudinal net pulling adjusting cylinder acts to drive the longitudinal net pulling sliding seat to slide rightwards along the longitudinal net pulling sliding seat guide rail, so that the attachment and the pulling holding of the first longitudinal front net pulling roller, the second longitudinal front net pulling roller, the first longitudinal back net pulling roller and the second longitudinal back net pulling roller to the silk cotton sheets are realized. Meanwhile, in the process that the longitudinal net drawing sliding seat slides rightwards, the first longitudinal front net drawing roller gear and the second longitudinal front net drawing roller gear are gradually meshed, and the first longitudinal rear net drawing roller gear and the second longitudinal rear net drawing roller gear are gradually meshed. Then, the front longitudinal net drawing driving motor and the rear longitudinal net drawing driving motor synchronously and reversely act, the front longitudinal net drawing driving motor drives the first longitudinal front net drawing roller and the second longitudinal front net drawing roller to synchronously and reversely rotate through the second longitudinal front net drawing roller gear and the first longitudinal front net drawing roller gear, and the rear longitudinal net drawing driving motor drives the first longitudinal rear net drawing roller and the second longitudinal rear net drawing roller to synchronously and reversely rotate through the second longitudinal rear net drawing roller gear and the first longitudinal rear net drawing roller gear. Meanwhile, the first longitudinal net pulling screw rod motor acts, the first longitudinal net pulling screw rod drives the first longitudinal net pulling front sliding seat and the first longitudinal net pulling rear sliding seat to slide forwards and backwards along the first longitudinal net pulling slide rail respectively through the first longitudinal net pulling screw rod front nut sleeve and the first longitudinal net pulling screw rod rear nut sleeve respectively, the second longitudinal net pulling screw rod motor acts, the second longitudinal net pulling screw rod drives the second longitudinal net pulling front sliding seat and the second longitudinal net pulling rear sliding seat to slide forwards and backwards along the second longitudinal net pulling slide rail respectively through the second longitudinal net pulling screw rod front nut sleeve and the second longitudinal net pulling screw rod rear nut sleeve respectively, the first longitudinal front net pulling roller and the second longitudinal front pulling roller pull the net forwards, and the first longitudinal rear net pulling roller and the second longitudinal rear net pulling roller pull the net backwards, so that the longitudinal net pulling of the silk cotton piece is realized. And finishing the net pulling processing of the silk cotton piece. After the net pulling is finished, the silk cotton piece feeding mechanism, the transverse net pulling mechanism and the longitudinal net pulling mechanism reset so as to carry out the next net pulling processing. The invention not only can realize the net-drawing processing of the silk cotton piece, has good net-drawing smoothness, but also has reasonable structure and high automation degree.
2. Transition roller, second are transition roller down on first transition roller, the second on, are the rubber roll, are favorable to realizing the transport and the transition to the cotton piece of silk, are that the cotton piece of silk steadily gets into cotton piece feed mechanism of silk from the cotton piece feed mechanism of silk.
3. Roller, second material loading sideslip lower roll are the rubber roll on first material loading sideslip, first material loading sideslip lower roll, the second material loading sideslip, are favorable to realizing the transport and the material loading to the cotton piece of silk, guarantee that the cotton piece of silk steadily gets into the device of hauling net.
4. The first transverse netting roller, the first transverse downward-pulling netting roller, the second transverse netting roller and the second transverse downward-pulling netting roller are uniformly provided with netting felting needles, and the netting felting needles can transversely pull and hold the silk cotton sheets, so that the transverse and stable netting of the silk cotton sheets is facilitated.
5. The first transverse mesh pulling roller gear, the first transverse lower mesh pulling roller gear, the second transverse mesh pulling roller gear and the second transverse lower mesh pulling roller gear are all helical gears, the meshing overlap ratio is good, the transmission is stable, the synchronous reverse rotation of the first transverse mesh pulling roller, the second transverse mesh pulling roller and the second transverse mesh pulling roller is guaranteed, and the plain weave transverse mesh pulling of the silk cotton piece is guaranteed.
6. The first longitudinal front net pulling roller, the first longitudinal back net pulling roller, the second longitudinal front net pulling roller and the second longitudinal back net pulling roller are uniformly provided with net pulling felting needles, and the net pulling felting needles can longitudinally pull and hold the silk cotton sheet, so that the vertical stable net pulling of the silk cotton sheet is facilitated.
7. The first longitudinal front net pulling roller gear, the first longitudinal back net pulling roller gear, the second longitudinal front net pulling roller gear and the second longitudinal back net pulling roller gear are all helical gears, the meshing overlap ratio is good, the transmission is stable, the first longitudinal front net pulling roller gear, the second longitudinal front net pulling roller gear, the first longitudinal back net pulling roller gear and the second longitudinal back net pulling roller gear synchronously and reversely rotate, and the stable longitudinal net pulling of the silk cotton piece is guaranteed.
8. Fixed netting conversion roller and activity netting conversion roller are rubber netting conversion roller, and the laminating is effectual, does benefit to the conversion transmission of the cotton piece of silk behind the horizontal netting, has guaranteed that the cotton piece of silk behind the horizontal netting steadily gets into vertical netting mechanism, and conversion transmission effect is good.
Drawings
Fig. 1 is a front view of the present invention.
Fig. 2 is a top view of the present invention.
Fig. 3 is a front view of the silk cotton sheet feeding mechanism of the present invention.
Fig. 4 is a top view of the silk cotton piece feeding mechanism of the present invention.
Fig. 5 is a front view of the silk cotton piece transition mechanism of the present invention.
Fig. 6 is a top view of the silk cotton piece transition mechanism of the present invention.
Fig. 7 is a front view of the silk cotton piece feeding mechanism of the invention.
Fig. 8 is a top view of the silk cotton piece feeding mechanism of the present invention.
Figure 9 is a front view of the transverse net-pulling mechanism and the transverse supporting mechanism of the present invention.
Figure 10 is a top view of the transverse netting mechanism and the transverse support mechanism of the present invention.
Figure 11 is a rear view of the transverse net-pulling mechanism and the transverse supporting mechanism of the present invention.
Fig. 12 is a front view of the longitudinal net-pulling mechanism of the present invention.
Fig. 13 is a rear view of the longitudinal net-pulling mechanism of the present invention.
Fig. 14 is a top view of the longitudinal net-pulling mechanism of the present invention.
Fig. 15 is an enlarged view of a portion of fig. 12 a according to the present invention.
Fig. 16 is a partial enlarged view of the invention at B in fig. 14.
In the figure: 1. a net drawing frame, 2 silk cotton sheet conveying devices, 3 net drawing devices, 4 net drawing upper frames, 5 net drawing lower frames, 6 net drawing front sealing plates, 7 net drawing rear sealing plates, 8 net drawing left sealing plates, 9 net drawing right sealing plates, 10 silk cotton sheet supply mechanisms, 11 silk cotton sheet transition mechanisms, 12 silk cotton sheet feeding mechanisms, 13 supply lifting assemblies, 14 supply transverse moving assemblies, 15 supply boxes, 16 supply cylinders, 17 supply lifting platforms, 18 supply transverse moving supports, 19 supply transverse moving platforms, 20 supply transverse moving racks, 21 supply transverse moving gears, 22 supply transverse moving gears, 23 supply transverse moving motors, 24 supply transverse moving licker-in rollers, 25 supply transverse licker-in roller supports, 26 transition supports, 27 first transition roller assemblies, 28 second transition roller assemblies, 29 transition driving assemblies, 30 first transition supporting plates, 31. a second transition support plate, 32, a first upper transition roller, 33, a first lower transition roller, 34, a second upper transition roller, 35, a second lower transition roller, 36, a transition driving motor, 37, a first transition synchronous chain wheel, 38, a second transition synchronous chain wheel, 39, a transition synchronous chain, 40, a feeding jacking assembly, 41, a feeding transverse moving assembly, 42, a feeding jacking support seat, 43, a feeding jacking table, 44, a feeding jacking rod, 45, a feeding jacking guide rod, 46, a feeding jacking transmission roller, 47, a feeding jacking cam, 48, a feeding jacking cam shaft, 49, a feeding jacking motor, 50, a jacking cam groove, 51, a feeding transverse moving screw rod, 52, a feeding transverse screw rod support seat, 53, a feeding screw rod motor, 54, a feeding transverse screw rod nut sleeve, 55, a feeding transverse moving support seat, 56, a feeding guide rail, 57, a first feeding transverse moving roller assembly, 58. a second feeding transverse roller component, 59, a feeding transverse driving component, 60, a feeding transverse leading-out nozzle, 61, a first feeding transverse upper roller, 62, a first feeding transverse lower roller, 63, a second feeding transverse upper roller, 64, a second feeding transverse lower roller, 65, a feeding transverse driving motor, 66, a first feeding transverse synchronous chain wheel, 67, a second feeding transverse synchronous chain wheel, 68, a feeding transverse synchronous chain, 69, a feeding transverse upper leading-out plate, 70, a feeding transverse lower leading-out plate, 71, a feeding transverse leading-out notch, 72, a transverse net pulling mechanism, 73, a transverse bearing mechanism, 74, a longitudinal net pulling mechanism, 75, a first transverse net pulling component, 76, a second transverse net pulling component, 77, a transverse net pulling driving component, 78, a front net pulling roller upper chute, 79, a front net pulling roller lower chute, 80, a rear net pulling roller upper chute, 81, a rear net pulling roller lower chute, 82. a first transverse direction drawing roll 83, a first transverse direction drawing roll front support 84, a first transverse direction drawing roll rear support 85, a first transverse direction drawing roll 86, a first transverse direction drawing roll front support 87, a first transverse direction drawing roll rear support 88, a first transverse direction drawing motor 89, a first transverse direction drawing roll gear 90, a first transverse direction drawing roll gear 91, a first transverse direction front synchronization support 92, a first transverse direction rear synchronization support 93, a second transverse direction drawing roll 94, a second transverse direction drawing roll front support 95, a second transverse direction drawing roll rear support 96, a second transverse direction drawing roll 97, a second transverse direction drawing roll front support 98, a second transverse direction drawing roll rear support 99, a second transverse direction drawing roll motor 100, a second transverse direction drawing roll gear 101, a second transverse direction drawing roll 102, a second transverse direction front synchronization support, 103. a second transverse rear synchronous bracket, 104, a transverse net-drawing front screw rod, 105, a transverse net-drawing front screw rod support, 106, a first transverse net-drawing front screw rod nut sleeve, 107, a second transverse net-drawing front screw rod nut sleeve, 108, a transverse net-drawing rear screw rod, 109, a transverse net-drawing rear screw rod support, 110, a first transverse net-drawing rear screw rod nut sleeve, 111, a second transverse net-drawing rear screw rod nut sleeve, 112, a transverse net-drawing screw rod motor, 113, a transverse net-drawing front guide wheel, 114, a transverse net-drawing rear synchronous wheel, 115, a transverse net-drawing synchronous belt, 116, a transverse bearing assembly, 117, a transverse bearing roller, 118, a transverse bearing roller support, 119, a longitudinal net-drawing sliding seat, 120, a longitudinal net-drawing sliding seat guide rail, 121, a longitudinal net-drawing fixed seat, 122, a longitudinal net-drawing adjusting cylinder, 123, a net-drawing conversion assembly, 124, a first longitudinal net-drawing assembly, 125, a second longitudinal net-drawing assembly, 126. a longitudinal net-drawing driving component 127, a first longitudinal net-drawing screw rod 128, a first longitudinal net-drawing screw rod support 129, a first longitudinal net-drawing screw rod motor 130, a first longitudinal net-drawing slide rail 131, a first longitudinal net-drawing front slide seat 132, a first longitudinal net-drawing screw rod front nut sleeve 133, a first longitudinal front net-drawing roller 134, a first longitudinal front net-drawing roller support 135, a first longitudinal net-drawing rear slide seat 136, a first longitudinal net-drawing screw rod rear nut sleeve 137, a first longitudinal rear net-drawing roller 138, a first longitudinal rear net-drawing roller support 139, a second longitudinal net-drawing screw rod 140, a second longitudinal net-drawing screw rod support 141, a second longitudinal net-drawing screw rod motor 142, a second longitudinal net-drawing slide rail 143, a second longitudinal net-drawing front slide seat 144, a second longitudinal net-drawing front nut sleeve 145, a second longitudinal front net-drawing roller 146, a second longitudinal front net-drawing roller support 146, 147. the automatic screen-pulling device comprises a first longitudinal screen-pulling rear sliding seat, 148 a first longitudinal screen-pulling screw rod rear nut sleeve, 149 a first longitudinal screen-pulling roller, 150 a first longitudinal screen-pulling rear roller support, 151 a first longitudinal screen-pulling driving motor, 152 a first longitudinal screen-pulling driving motor support, 153 a rear longitudinal screen-pulling driving motor, 154 a rear longitudinal screen-pulling driving motor support, 155 a first longitudinal screen-pulling roller gear, 156 a second longitudinal screen-pulling roller gear, 157 a first longitudinal screen-pulling roller gear, 158 a second longitudinal screen-pulling roller gear, 159 a fixed screen-pulling conversion roller, 160 a fixed screen-pulling conversion roller support, 161 a screen-pulling conversion roller driving motor, 162 a movable screen-pulling conversion roller, 163 a movable screen-pulling conversion roller slide block, 164 a movable screen-pulling conversion pressure spring, 165 a movable screen-pulling conversion support, 166 a movable screen-pulling conversion chute.
Detailed Description
The present invention will be described in further detail below by way of examples with reference to the accompanying drawings, which are illustrative of the present invention and are not to be construed as limiting the present invention.
As shown in fig. 1 and 2, the silk quilt net pulling machine comprises a net pulling rack 1, a silk cotton piece conveying device 2 and a net pulling device 3.
As shown in fig. 1 and 2, the netting frame 1 includes a netting upper frame 4, a netting lower frame 5, a netting front sealing plate 6, a netting rear sealing plate 7, a netting left sealing plate 8, and a netting right sealing plate 9, where the netting front sealing plate 6, the netting rear sealing plate 7, the netting left sealing plate 8, and the netting right sealing plate 9 are respectively installed around the netting upper frame 4 and the netting lower frame 5.
As shown in fig. 1 and 2, the silk cotton piece conveying device 2 comprises a silk cotton piece supply mechanism 10, a silk cotton piece transition mechanism 11 and a silk cotton piece feeding mechanism 12.
As shown in fig. 3 and 4, the silk cotton sheet supply mechanism 10 comprises a supply lifting assembly 13, a supply traverse assembly 14, wherein the supply lifting assembly 13 comprises a supply box 15, a supply cylinder 16 and a supply lifting platform 17, the supply box 15 is arranged at the left side of the net drawing left closing plate 8, the height of the right side of the supply box 15 is lower than that of the other three sides, the supply cylinder 16 is arranged in the supply box 15, the upper end of the supply cylinder 16 is connected with the supply lifting platform 17, the silk cotton sheet is stacked on the supply lifting platform 17, the supply traverse assembly 14 comprises a supply traverse support 18, a supply traverse slide platform 19, a supply traverse rack 20, a supply traverse gear 21, a supply traverse gear shaft 22, a supply traverse motor 23, a supply traverse licker-in 24 and a supply traverse roller support 25, the supply traverse support 18 is arranged at the left side of the net drawing frame 4, the supply traverse slide table 19 is slidably provided at the lower end of the supply traverse support 18 from side to side, the supply traverse rack 20 is mounted on the supply traverse slide table 19, the supply traverse gear shaft 22 is rotatably provided on the supply traverse support 18, the supply traverse gear 21 is coaxially provided on the supply traverse gear shaft 22, the supply traverse motor 23 is mounted on the supply traverse support 18, the supply traverse motor 23 and the supply traverse gear shaft 22 are coaxially connected, the supply traverse gear 21 and the supply traverse rack 20 are engaged with each other, the number of the supply traverse taker-in roller supports 25 is two, both of which are mounted at the lower end of the supply traverse slide table 19, and the supply traverse taker-in roller 24 is rotatably provided on the supply traverse taker-in roller support 25.
As shown in fig. 5 and 6, the silk cotton piece transition mechanism 11 is disposed at the right side of the silk cotton piece supply mechanism 10, the silk cotton piece transition mechanism 11 includes a transition support 26, a first transition roller assembly 27, a second transition roller assembly 28, a transition driving assembly 29, a first transition support plate 30 and a second transition support plate 31, the transition support 26 is mounted at the right side of the net-drawing left closing plate 8, the first transition roller assembly 27 includes a first upper transition roller 32 and a first lower transition roller 33, the first upper transition roller 32 and the first lower transition roller 33 are vertically arranged and rotatably disposed on the transition support 26, the second transition roller assembly 28 includes a second upper transition roller 34 and a second lower transition roller 35, the second upper transition roller 34 and the second lower transition roller 35 are vertically arranged and rotatably disposed on the transition support 26, the transition driving assembly 29 includes a transition driving motor 36, A first transition synchronous sprocket 37, a second transition synchronous sprocket 38, and a transition synchronous chain 39, wherein the first transition synchronous sprocket 37 is coaxially disposed at one side of the first upper transition roller 32, the second transition synchronous sprocket 38 is coaxially disposed at one side of the second upper transition roller 34, the first transition synchronous sprocket 37 and the second transition synchronous sprocket 38 are connected by the transition synchronous chain 39, the transition driving motor 36 is mounted on the transition support 26, the transition driving motor 36 is coaxially connected with the second upper transition roller 34, the first transition support plate 30 and the second transition support plate 31 are both mounted on the transition support 26, and the first transition support plate 30 is located between the first transition support plate 27 and the second transition roller assembly 28, and the second transition support plate 31 is located at the right side of the second transition roller assembly 28. Transition roller 34, second transition roller 35 are the rubber roll down on first transition roller 32, first lower transition roller 33, the second, are favorable to realizing the transport and the transition to the cotton piece of silk, are that the cotton piece of silk steadily gets into cotton piece feed mechanism 12 of silk from cotton piece feed mechanism 10 of silk.
As shown in fig. 7 and 8, the silk cotton piece feeding mechanism 12 is arranged at the right side of the silk cotton piece transition mechanism 11. The silk cotton piece feeding mechanism 12 comprises a feeding jacking assembly 40 and a feeding transverse moving assembly 41, wherein the feeding jacking assembly 40 comprises a feeding jacking supporting seat 42, a feeding jacking table 43, a feeding jacking rod 44, a feeding jacking guide rod 45, a feeding jacking transmission roller 46, a feeding jacking cam 47, a feeding jacking cam shaft 48 and a feeding jacking motor 49, the feeding jacking supporting seat 42 is arranged on the net-drawing front sealing plate 6 and the net-drawing rear sealing plate 7, the feeding jacking rod 44 and the feeding jacking guide rod 45 can be vertically slidably arranged on the feeding jacking supporting seat 42, the feeding jacking table 43 is arranged at the upper ends of the feeding jacking rod 44 and the feeding jacking guide rod 45, the feeding jacking transmission roller 46 can be rotatably arranged at the lower end of the feeding jacking rod 45, the feeding jacking cam shaft 48 can be rotatably arranged on the net-drawing front sealing plate 6 and the net-drawing rear sealing plate 7, the feeding jacking motor 49 is arranged on the net-pulling front closing plate 6, the feeding jacking motor 49 is coaxially connected with a feeding jacking cam shaft 48, the feeding jacking cam 47 is eccentrically arranged on the feeding jacking cam shaft 48, a jacking cam groove 50 is arranged on the feeding jacking cam 47, the feeding jacking transmission roller 46 is embedded in the jacking cam groove 50 on the feeding jacking cam 47, the feeding transverse moving assembly 41 is arranged on the feeding jacking table 43, the feeding transverse moving assembly 41 comprises a feeding transverse moving screw rod 51, a feeding transverse screw rod support 52, a feeding transverse screw rod motor 53, a feeding transverse screw rod nut sleeve 54, a feeding transverse support 55, a feeding transverse moving guide rail 56, a first feeding transverse moving roller assembly 57, a second feeding transverse moving roller assembly 58, a feeding transverse moving driving assembly 59 and a feeding guide nozzle 60, the feeding transverse screw rod support 52 is arranged on the left side and the right side of the feeding jacking table 43, the feeding transverse guide rail 56 is arranged on the feeding jacking table 43 and is positioned between two feeding transverse screw rod supports 52, the feeding transverse screw rod supports 55 can be arranged on the feeding transverse guide rail 56 in a left-right sliding manner, the feeding transverse screw rod nut sleeve 54 is arranged on the feeding transverse screw rod supports 55, the feeding transverse screw rod 51 can be arranged on the feeding transverse screw rod supports 52 in a rotating manner, the feeding transverse screw rod 51 is in threaded connection with the feeding transverse screw rod nut sleeve 54, the feeding transverse screw rod motor 53 is arranged on the feeding transverse screw rod supports 52, the feeding transverse screw rod motor 53 is in coaxial connection with the feeding transverse screw rod 51, the first feeding transverse roller assembly 57 comprises a first feeding upper roller transverse moving 61 and a first feeding transverse lower roller 62, the first feeding transverse upper roller ring 61 and the first feeding transverse lower roller 62 are arranged up and down and can be arranged on the feeding transverse screw rod supports 55 in a rotating manner, the second feeding transverse roller assembly 58 comprises a second feeding transverse upper roller 63 and a second feeding transverse lower roller 64, the second feeding transverse upper roller 63 and the second feeding transverse lower roller 64 are vertically arranged and rotatably arranged on the feeding transverse support 55, the feeding transverse driving assembly 59 comprises a feeding transverse driving motor 65, a first feeding transverse synchronous sprocket 66, a second feeding transverse synchronous sprocket 67 and a feeding transverse synchronous chain 68, the first feeding transverse synchronous sprocket 66 is coaxially arranged at one end of the first feeding transverse upper roller 61, the second feeding transverse synchronous sprocket 67 is coaxially arranged at one end of the second feeding transverse upper roller 63, the first feeding transverse synchronous sprocket 66 and the second feeding transverse synchronous sprocket 67 are connected through the feeding transverse synchronous chain 68, the feeding transverse driving motor 65 is arranged on the feeding transverse support 55, the feeding transverse driving motor 65 is coaxially connected with the second feeding transverse upper roller 63, the feeding transverse guiding nozzle 60 is installed at the right end of the feeding transverse support 55, the feeding transverse guiding nozzle 60 comprises a feeding transverse upper guiding plate 69 and a feeding transverse lower guiding plate 70, the feeding transverse upper guiding plate 69 and the feeding transverse lower guiding plate 70 are symmetrically arranged up and down, and a feeding transverse guiding notch 71 is formed in the middle. Roller 61, roller 63, second material loading sideslip lower roll 64 are the rubber roll on first material loading sideslip, first material loading sideslip lower roll 62, the second material loading sideslip, are favorable to realizing the transport and the material loading to the cotton piece of silk, guarantee that the cotton piece of silk steadily gets into netting device 3.
As shown in fig. 1 and 2, the net pulling device 3 comprises a transverse net pulling mechanism 72, a transverse supporting mechanism 73 and a longitudinal net pulling mechanism 74.
As shown in fig. 9, 10 and 11, the transverse net-drawing mechanism 72 includes a first transverse net-drawing assembly 75, a second transverse net-drawing assembly 76 and a transverse net-drawing driving assembly 77, the upper frame 4 is provided at front and rear sides thereof with a horizontal front net-drawing roller upper chute 78, a front net-drawing roller lower chute 79, a rear net-drawing roller upper chute 80 and a rear net-drawing roller lower chute 81, the first transverse net-drawing assembly 75 includes a first transverse net-drawing roller 82, a first transverse net-drawing roller front support 83, a first transverse net-drawing roller rear support 84, a first transverse net-drawing roller 85, a first transverse net-drawing roller front support 86, a first transverse net-drawing roller rear support 87, a first transverse net-drawing motor 88, a first net-drawing roller gear 89, a first transverse net-drawing roller gear 90, a first transverse front synchronous support 91 and a first transverse rear synchronous support 92, the first transverse net-drawing roller front support 83 is slidably disposed on the front net-drawing roller chute 78, but first horizontal netting roller back support 84 horizontal slip sets up in rear netting roller upper chute 80, but first horizontal netting roller 82 rotary set up in first horizontal netting roller front support 83 and first horizontal netting roller back support 84 horizontal, but first horizontal netting roller front support 86 horizontal slip sets up in preceding netting roller lower chute 79, but first horizontal netting roller back support 87 horizontal slip sets up in rear netting roller lower chute 81, but first horizontal netting roller 85 rotary set up before first horizontal netting roller on support 86 and first horizontal netting roller back support 87, first horizontal netting roller gear 89 sets up the one end of first horizontal netting roller 82 with the axle center, first horizontal netting roller gear 90 sets up the one end at first horizontal netting roller 85 with the axle center, first horizontal netting roller gear 89 and first horizontal netting roller gear 90 mesh each other, the first transverse netting roller front support 83 and the first transverse netting roller front support 86 are connected by a first transverse front synchronization bracket 91, the first transverse netting roller rear support 84 and the first transverse netting roller rear support 87 are connected by a first transverse rear synchronization bracket 92, the second transverse netting assembly 76 includes a second transverse netting roller 93, a second transverse netting roller front support 94, a second transverse netting roller rear support 95, a second transverse netting roller 96, a second transverse netting roller front support 97, a second transverse netting roller rear support 98, a second transverse netting motor 99, a second transverse netting roller gear 100, a second transverse netting roller gear 101, a second transverse front synchronization bracket 102, a second transverse rear synchronization bracket 103, the second transverse netting roller front support 94 is slidably disposed in the front netting roller upper chute 78 from left to right, the second transverse netting roller rear support 95 can slide left and right in the rear netting roller upper chute 80, the second transverse netting roller 93 can rotate on the second transverse netting roller front support 94 and the second transverse netting roller rear support 95, the second transverse netting roller front support 97 can slide left and right in the front netting roller lower chute 79, the second transverse netting roller rear support 98 can slide left and right in the rear netting roller lower chute 81, the second transverse netting roller 96 can rotate on the second transverse netting roller front support 97 and the second transverse netting roller rear support 98, the second transverse netting roller gear 100 is coaxially arranged at one end of the second transverse netting roller 93, the second transverse netting roller gear 101 is coaxially arranged at one end of the second transverse netting roller 96, and the second transverse netting roller gear 100 and the second transverse netting roller gear 101 are meshed with each other, the second transverse netting roller front support 94 and the second transverse netting roller front support 97 are connected through a second transverse front synchronous support 102, the second transverse netting roller rear support 95 and the second transverse netting roller rear support 98 are connected through a second transverse rear synchronous support 103, the transverse netting drive assembly 77 comprises a transverse netting front screw 104, a transverse netting front screw support 105, a first transverse netting front screw nut sleeve 106, a second transverse netting front screw nut sleeve 107, a transverse netting rear screw 108, a transverse netting rear screw support 109, a first transverse netting rear screw nut sleeve 110, a second transverse netting rear screw nut sleeve 111, a transverse netting screw motor 112, a transverse netting front guide wheel 113, a transverse netting rear synchronous wheel 114 and a transverse netting synchronous belt 115, the transverse netting front screw support 105 is mounted on two sides of the front end of the netting upper frame 4, the transverse net-drawing front screw rod 104 is rotatably arranged on two transverse net-drawing front screw rod supports 105, the left and right parts of the transverse net-drawing front screw rod 104 are oppositely screwed, the first transverse net-drawing front screw rod nut sleeve 106 is arranged on the first transverse front synchronous support 91, the second transverse net-drawing front screw rod nut sleeve 107 is arranged on the second transverse front synchronous support 102, the left part of the transverse net-drawing front screw rod 104 is in threaded connection with the first transverse net-drawing front screw rod nut sleeve 106, the right part of the transverse net-drawing front screw rod 104 is in threaded connection with the second transverse net-drawing front screw rod nut sleeve 107, the transverse net-drawing rear screw rod supports 109 are arranged on both sides of the rear end of the net-drawing upper frame 4, the transverse net-drawing rear screw rod 108 is rotatably arranged on two transverse net-drawing rear screw rod supports 109, the left and right parts of the transverse net-drawing rear screw rod 108 are oppositely screwed, the first transverse net-drawing rear screw rod nut sleeve 110 is arranged on the first transverse rear synchronous support 92, the second transverse net-drawing rear screw rod nut sleeve 111 is mounted on the second transverse rear synchronous bracket 103, the left part of the transverse net-drawing rear screw rod 108 is in threaded connection with the first transverse net-drawing rear screw rod nut sleeve 110, the right part of the transverse net-drawing rear screw rod 108 is in threaded connection with the second transverse net-drawing rear screw rod nut sleeve 111, the transverse net-drawing front synchronous wheel 113 is coaxially arranged at one end of the transverse net-drawing front screw rod 104, the transverse net-drawing rear synchronous wheel 114 is coaxially arranged at one end of the transverse net-drawing rear screw rod 108, the transverse net-drawing front synchronous wheel 113 and the transverse net-drawing rear synchronous wheel 114 are connected through a transverse net-drawing synchronous belt 115, the transverse net-drawing screw rod motor 112 is mounted on the transverse net-drawing front screw rod support 105, and the transverse net-drawing screw rod motor 112 and the transverse net-drawing front screw rod 104 are coaxially connected. The first transverse netting roller 82, the first transverse downward-pulling netting roller 85, the second transverse netting roller 93 and the second transverse downward-pulling netting roller 96 are uniformly provided with netting felting needles, and the netting felting needles can transversely pull and hold the silk cotton sheets, so that transverse and stable netting of the silk cotton sheets is facilitated. First transverse netting roller gear 89, first transverse lower netting roller gear 90, second transverse netting roller gear 100, second transverse lower netting roller gear 101 are helical gears, and the meshing overlap ratio is good, and the transmission is steady, guarantees first transverse netting roller 82 and first transverse lower netting roller 85, second transverse netting roller 93 and the synchronous antiport of second transverse lower netting roller 96, guarantees the plain weave of silk cotton piece and transversely draws in the net.
As shown in fig. 9, 10 and 11, the transverse supporting mechanism 73 is arranged at the lower side of the transverse net drawing mechanism 72, the transverse supporting mechanism 73 comprises more than two transverse supporting components 116, the transverse supporting components 116 comprise transverse supporting rollers 117 and transverse supporting roller supports 118, the transverse supporting roller supports 118 are arranged at the front side and the rear side of the net drawing upper framework 4, and the transverse supporting rollers 117 are rotatably arranged on the transverse supporting roller supports 118.
As shown in fig. 12, 13, 14, 15 and 16, the longitudinal net-drawing mechanism 74 is disposed at the right side of the net-drawing frame 1, the longitudinal net-drawing mechanism 74 includes a longitudinal net-drawing sliding seat 119, a longitudinal net-drawing sliding seat rail 120, a longitudinal net-drawing fixed seat 121, a longitudinal net-drawing adjusting cylinder 122, a net-drawing conversion assembly 123, a first longitudinal net-drawing assembly 124, a second longitudinal net-drawing assembly 125, and a longitudinal net-drawing driving assembly 126, the longitudinal net-drawing sliding seat rail 120 is horizontally mounted on the net-drawing front closing plate 6 and the net-drawing rear closing plate 7, the longitudinal net-drawing sliding seat 119 is slidably disposed on the longitudinal net-drawing sliding seat rail 120 from left to right, the longitudinal net-drawing fixed seat 121 is fixedly mounted on the net-drawing front closing plate 6 and the net-drawing rear closing plate 7, the longitudinal net-drawing adjusting cylinder 122 is mounted on the longitudinal net-drawing fixed seat 121, and one end of the longitudinal net-drawing adjusting cylinder 122 is connected with the longitudinal net-drawing seat 119, the first longitudinal net pulling assembly 124 comprises a first longitudinal net pulling screw 127, a first longitudinal net pulling screw support 128, a first longitudinal net pulling screw motor 129, a first longitudinal net pulling slide rail 130, a first longitudinal net pulling front slide seat 131, a first longitudinal net pulling screw front nut sleeve 132, a first longitudinal front net pulling roller 133, a first longitudinal front net pulling roller support 134, a first longitudinal net pulling rear slide seat 135, a first longitudinal net pulling screw rear nut sleeve 136, a first longitudinal rear net pulling roller 137, a first longitudinal rear net pulling roller support 138, the first longitudinal net pulling screw support 128 is arranged at the front and rear ends of the longitudinal net pulling slide seat 119, the first longitudinal net pulling screw 127 is rotatably arranged on the two first longitudinal net pulling screw support seats 128, the front and rear parts of the first longitudinal net pulling screw 127 are opposite in rotation direction, the first longitudinal net pulling slide rail 130 is arranged on the longitudinal net pulling slide seat 119, and the first longitudinal net-drawing slide rail 130 is positioned between two first longitudinal net-drawing screw supports 128, the first longitudinal net-drawing front slide seat 131 and the first longitudinal net-drawing rear slide seat 135 are both slidably arranged on the first longitudinal net-drawing slide rail 130 back and forth, the first longitudinal net-drawing screw front nut sleeve 132 is mounted on the first longitudinal net-drawing front slide seat 131, the first longitudinal net-drawing screw rear nut sleeve 132 is mounted on the first longitudinal net-drawing rear slide seat 134, the front portion of the first longitudinal net-drawing screw 127 is in threaded connection with the first longitudinal net-drawing screw front nut sleeve 132, the rear portion of the first longitudinal net-drawing screw 127 is in threaded connection with the first longitudinal net-drawing screw rear nut sleeve 136, the first longitudinal net-drawing roller supports 134 are mounted at the upper and lower ends of the first longitudinal net-drawing front slide seat 131, the first longitudinal net-drawing roller 133 is rotatably arranged on two first longitudinal net-drawing roller supports 134, the first longitudinal rear net-drawing roller supports 138 are arranged at the upper and lower ends of the first longitudinal net-drawing rear sliding support 135, the first longitudinal rear net-drawing roller 137 can rotate on the two first longitudinal rear net-drawing roller supports 138, the second longitudinal net-drawing assembly 125 comprises a second longitudinal net-drawing screw 139, a second longitudinal net-drawing screw support 140, a second longitudinal net-drawing screw motor 141, a second longitudinal net-drawing sliding rail 142, a second longitudinal net-drawing front sliding support 143, a second longitudinal net-drawing screw front nut sleeve 144, a second longitudinal front net-drawing roller 145, a second longitudinal front net-drawing roller support 146, a second longitudinal net-drawing rear sliding support 147, a second longitudinal net-drawing screw rear nut sleeve 148, a second longitudinal rear net-drawing roller 149 and a second longitudinal rear net-drawing roller support 150, the second longitudinal net-drawing screw support 140 is arranged at the front and rear ends of the net-drawing right sealing plate 9, the second longitudinal net-drawing screw 139 can rotate on the two second longitudinal net-drawing screw supports 140, the front and back parts of the second longitudinal mesh pulling screw 139 are oppositely rotated, the second longitudinal mesh pulling slide rail 142 is installed on the mesh pulling right closing plate 9, the second longitudinal mesh pulling slide rail 142 is positioned between two second longitudinal mesh pulling screw support seats 140, the second longitudinal mesh pulling front slide seat 143 and the second longitudinal mesh pulling back slide seat 147 are both slidably arranged on the second longitudinal mesh pulling slide rail 142 back and forth, the second longitudinal mesh pulling screw front nut sleeve 144 is installed on the second longitudinal mesh pulling front slide seat 143, the second longitudinal mesh pulling screw back nut sleeve 148 is installed on the second longitudinal mesh pulling back slide seat 147, the front part of the second longitudinal mesh pulling screw 139 is in threaded connection with the second longitudinal mesh pulling screw front nut sleeve 144, the back part of the second longitudinal mesh pulling screw 139 is in threaded connection with the second longitudinal mesh pulling screw back nut sleeve 148, the second longitudinal mesh pulling front roller support seats 146 are installed at the upper and lower ends of the second longitudinal mesh pulling front slide seat 143, the second longitudinal forward net-drawing roller 145 can rotate on two second longitudinal forward net-drawing roller supports 146, the second longitudinal backward net-drawing roller supports 150 are mounted at the upper and lower ends of the second longitudinal net-drawing backward sliding seat 147, the second longitudinal backward net-drawing roller 149 can rotate on two second longitudinal backward net-drawing roller supports 150, the longitudinal net-drawing driving assembly 126 comprises a forward longitudinal net-drawing driving motor 151, a forward longitudinal net-drawing driving motor support 152, a backward longitudinal net-drawing driving motor 153, a backward longitudinal net-drawing driving motor support 154, a first longitudinal forward net-drawing roller gear 155, a second longitudinal forward net-drawing roller gear 156, a first longitudinal backward net-drawing roller gear 157 and a second longitudinal backward net-drawing roller gear 158, the first longitudinal forward net-drawing roller gear 155 is coaxially arranged at the lower end of the first longitudinal forward net-drawing roller 133, the second longitudinal forward net-drawing roller gear 157 is coaxially arranged at the lower end of the second longitudinal forward net-drawing roller 145, the front longitudinal net drawing driving motor support 152 is installed on the net drawing right sealing plate 9, the front longitudinal net drawing driving motor 151 is installed on the front longitudinal net drawing driving motor support 152, the front longitudinal net drawing driving motor 151 and the second longitudinal front net drawing roller 145 are coaxially connected, the first longitudinal front net drawing roller gear 155 and the second longitudinal front net drawing roller gear 157 can be meshed, the first longitudinal rear net drawing roller gear 157 is coaxially arranged at the lower end of the first longitudinal rear net drawing roller 137, the second longitudinal rear net drawing roller gear 158 is coaxially arranged at the lower end of the second longitudinal rear net drawing roller 149, the rear longitudinal net drawing driving motor support 154 is installed on the net drawing right sealing plate 9, the rear longitudinal net drawing driving motor 153 is installed on the rear longitudinal net drawing motor support 154, the rear longitudinal net drawing driving motor 153 and the second longitudinal rear net drawing roller 149 are coaxially connected, the first longitudinal rear net drawing roller gear 157 and the second longitudinal rear net drawing roller gear 158 can be meshed, the net-drawing conversion assembly 123 is arranged above the first longitudinal net-drawing assembly 124 and the second longitudinal net-drawing assembly 125, the net-drawing conversion assembly 123 comprises a fixed net-drawing conversion roller 159, a fixed net-drawing conversion roller support 160, a net-drawing conversion roller driving motor 161, a movable net-drawing conversion roller 162, a movable net-drawing conversion roller slider 163, a movable net-drawing conversion pressure spring 164 and a movable net-drawing conversion support 165, the fixed net-drawing conversion roller support 160 is arranged on the net-drawing right sealing plate 9, the fixed net-drawing conversion roller 159 is rotatably arranged on the fixed net-drawing conversion roller support 160, the net-drawing conversion roller driving motor 161 is arranged on the fixed net-drawing conversion roller support 160, the net-drawing conversion roller driving motor 161 and the fixed net-drawing conversion roller 159 are coaxially connected, the movable net-drawing conversion support 165 is arranged on the longitudinal net-drawing sliding support 119, a movable net-drawing conversion chute 166 is arranged on the movable net-drawing conversion support 165, the movable net-pulling conversion roller sliding blocks 163 can be arranged on the movable net-pulling conversion sliding chutes 166 of the movable net-pulling conversion support 165 in a left-right sliding mode, the movable net-pulling conversion compression springs 164 are arranged in the movable net-pulling conversion sliding chutes 166, one ends of the movable net-pulling conversion compression springs 164 are attached to the movable net-pulling conversion roller sliding blocks 163, the other ends of the movable net-pulling conversion compression springs 164 are attached to the movable net-pulling conversion sliding chutes 166, the movable net-pulling conversion rollers 162 are rotatably arranged on the two movable net-pulling conversion roller sliding blocks 163, and the movable net-pulling conversion rollers 162 are attached to the fixed net-pulling conversion rollers 159 under the action of the movable net-pulling conversion compression springs 164. The first longitudinal front net pulling roller 133, the first longitudinal back net pulling roller 137, the second longitudinal front net pulling roller 145 and the second longitudinal back net pulling roller 149 are uniformly provided with net pulling felting needles, and the net pulling felting needles can longitudinally pull and hold the silk cotton sheets and are favorable for longitudinally and stably pulling the silk cotton sheets. The first longitudinal front net-drawing roller gear 155, the first longitudinal rear net-drawing roller gear 157, the second longitudinal front net-drawing roller gear 156 and the second longitudinal rear net-drawing roller gear 158 are all helical gears, the meshing overlap ratio is good, the transmission is stable, the first longitudinal front net-drawing roller gear 155, the second longitudinal front net-drawing roller gear 156, the first longitudinal rear net-drawing roller gear 157 and the second longitudinal rear net-drawing roller gear 158 synchronously rotate in the opposite direction, and the stable longitudinal net-drawing of the silk cotton piece is ensured. The fixed net pulling conversion roller 159 and the movable net pulling conversion roller 162 are rubber net pulling conversion rollers, the laminating effect is good, the conversion and transmission of silk cotton sheets after transverse net pulling are facilitated, the silk cotton sheets after transverse net pulling stably enter the longitudinal net pulling mechanism 74, and the conversion and transmission effect is good.
Through the technical scheme, when the silk quilt net pulling machine is used, silk cotton sheets are stacked in the supply box 15, the supply air cylinder 16 acts, the silk cotton sheets are driven to be lifted upwards to a specified position through the supply lifting platform 17, and the silk cotton sheets on the uppermost side are in contact with the supply transverse licker-in 24. Then, the supply traverse motor 23 is operated to slide the supply traverse slide table 19 rightward along the supply traverse support 18 via the supply traverse gear 21 and the supply traverse rack 20, so that the supply traverse licker-in roller 24 feeds the silk cotton sheet rightward to the silk cotton sheet transition mechanism 11. When silk cotton piece is close to silk cotton piece transition mechanism 11, 36 actions of transition driving motor, through first transition synchronous sprocket 37, the synchronous chain 39 of transition, second transition synchronous sprocket 38 drives transition roller 34 synchronous rotation on transition roller 32 and the second on first, silk cotton piece is at first transition roller 32 of going up, transition roller 34 on first transition roller 33 and the second down, the effect of transition roller 35 is carried down to the right under the second, the bearing of silk cotton piece has been realized to first transition bearing plate 30 and second transition bearing plate 31, be convenient for silk cotton piece passes through silk cotton piece transition mechanism 11. Then, the silk cotton piece enters the silk cotton piece feeding mechanism 12, the feeding transverse moving driving motor 65 acts, the first feeding transverse moving upper roller 61 and the second feeding transverse moving upper roller 63 are driven to synchronously rotate through the first feeding transverse moving synchronous chain wheel 66, the feeding transverse moving synchronous chain 68 and the second feeding transverse moving synchronous chain wheel 67, and the silk cotton piece is conveyed to the feeding transverse moving outlet nozzle 60 under the action of the first feeding transverse moving upper roller 61, the first feeding transverse moving lower roller 62, the second feeding transverse moving upper roller 63 and the second feeding transverse moving lower roller 64. Meanwhile, the loading jacking motor 49 acts to drive the loading jacking cam 47 to rotate through the loading jacking cam shaft 48, and the loading jacking rod 44 drives the loading jacking table 43 to lift upwards along the loading jacking supporting seat 42 under the transmission of the loading jacking transmission roller 46 until the loading transverse guiding nozzle 60 is flush with the transverse net pulling mechanism 72. The feeding transverse screw motor 53 acts to drive the feeding transverse support 55 to slide rightwards along the feeding transverse guide rail 56 through the feeding transverse screw 51 and the feeding transverse screw nut sleeve 54 until the feeding transverse guide nozzle 60 is inserted between the first transverse mesh pulling roller 82 and the first transverse mesh pulling roller 85, and the silk cotton piece enters the transverse mesh pulling mechanism 72 from the feeding transverse guide nozzle 60. The first transverse net pulling motor 88 and the second transverse net pulling motor 99 synchronously move in the same direction, and silk cotton sheets are conveyed rightwards to the middle between the first transverse net pulling assembly 75 and the second transverse net pulling assembly 76 by the first transverse net pulling roller gear 89, the first transverse net pulling roller gear 90, the second transverse net pulling roller gear 100 and the second transverse net pulling roller gear 101 under the transmission of the first transverse net pulling roller gear, the first transverse net pulling roller gear 90, the second transverse net pulling roller gear 100 and the second transverse net pulling roller gear 101. As the loading lift cam 47 continues to rotate, the loading lift table 43 moves downward along the loading lift support base 42. Then, the first transverse net-drawing motor 88 and the second transverse net-drawing motor 99 synchronously and reversely act, at the same time, the transverse net-drawing screw rod motor 112 acts, and drives the transverse net-drawing front screw rod 104 and the transverse net-drawing rear screw rod 108 to synchronously rotate under the transmission of the transverse net-drawing front synchronizing wheel 113, the transverse net-drawing synchronous belt 115 and the transverse net-drawing rear synchronizing wheel 114, the first transverse net-drawing roller front support 86 and the first transverse net-drawing roller rear support 87 move leftwards, the second transverse net-drawing roller front support 95 and the second transverse net-drawing roller rear support 96 move rightwards, the first transverse net-drawing roller 82, the first transverse net-drawing roller 85, the second transverse net-drawing roller 93 and the second transverse net-drawing roller 96 respectively move leftwards and rightwards while rotating, and the silk cotton sheet is gradually stretched and unfolded transversely, so as to realize transverse net-drawing. After accomplishing horizontal netting, the synchronous syntropy action once more of first horizontal netting motor 88 and the horizontal netting motor 99 of second is carried silk cotton piece after will transversely netting right, and the horizontal bearing roller 117 of horizontal bearing mechanism 73 realizes the bearing to silk cotton piece, is favorable to the silk cotton piece after transversely netting to get into vertical netting mechanism 74. Then, the transversely-netted silk cotton sheet enters the net-pulling conversion assembly 123, the net-pulling conversion roller drives the motor 161 to act, the transversely-netted silk cotton sheet is conveyed from the transverse net-pulling mechanism 72 to the longitudinal net-pulling mechanism 74 under the combined action of the fixed net-pulling conversion roller 159 and the movable net-pulling conversion roller 162, and in the conversion process, due to the arrangement of the movable net-pulling conversion pressure spring 164, the movable net-pulling conversion roller 162 and the fixed net-pulling conversion roller 159 are always kept attached to the silk cotton sheet, so that the silk cotton sheet is stably conveyed between the first longitudinal net-pulling assembly and the second longitudinal net-pulling assembly. After the silk cotton sheets passing through the transverse net pulling completely enter the space between the first longitudinal net pulling assembly 124 and the second longitudinal net pulling assembly 125, the longitudinal net pulling adjusting cylinder 122 acts to drive the longitudinal net pulling sliding seat to slide rightwards along the longitudinal net pulling sliding seat guide rail 120, so that the attachment and the pulling holding of the first longitudinal front net pulling roller 133, the second longitudinal front net pulling roller 145, the first longitudinal rear net pulling roller 137 and the second longitudinal rear net pulling roller 149 to the silk cotton sheets are realized. Meanwhile, during the sliding of the longitudinal net-drawing sliding seat 119 to the right, the first longitudinal front net-drawing roller gear 155 and the second longitudinal front net-drawing roller gear 156 are gradually engaged, and the first longitudinal rear net-drawing roller gear 157 and the second longitudinal rear net-drawing roller gear 158 are gradually engaged. Then, the front longitudinal net-drawing driving motor 151 and the rear longitudinal net-drawing driving motor 153 synchronously and reversely operate, the front longitudinal net-drawing driving motor 151 drives the first longitudinal front net-drawing roller 133 and the second longitudinal front net-drawing roller 145 to synchronously and reversely rotate through the second longitudinal front net-drawing roller gear 156 and the first longitudinal front net-drawing roller gear 155, and the rear longitudinal net-drawing driving motor 153 drives the first longitudinal rear net-drawing roller 137 and the second longitudinal rear net-drawing roller 149 to synchronously and reversely rotate through the second longitudinal rear net-drawing roller gear 158 and the first longitudinal rear net-drawing roller gear 157. Meanwhile, the first longitudinal net-drawing screw motor 129 acts, the first longitudinal net-drawing screw 127 drives the first longitudinal net-drawing front sliding seat 135 and the first longitudinal net-drawing rear sliding seat 138 to slide forwards and backwards along the first longitudinal net-drawing slide rail 130 respectively through the first longitudinal net-drawing screw front nut sleeve 132 and the first longitudinal net-drawing screw rear nut sleeve 136, the second longitudinal net-drawing screw motor 141 acts, the second longitudinal net-drawing screw 139 respectively passes through the second longitudinal net-drawing screw front nut sleeve 144, the second longitudinal net-pulling screw rod rear nut sleeve 148 drives the second longitudinal net-pulling front sliding seat 143 and the second longitudinal net-pulling rear sliding seat 147 to slide forwards and backwards along the second longitudinal net-pulling sliding rail 142 respectively, the first longitudinal front net-pulling roller 133 and the second longitudinal front net-pulling roller 145 pull the net forwards, and the first longitudinal rear net-pulling roller 137 and the second longitudinal rear net-pulling roller 149 pull the net backwards, so that the longitudinal net-pulling of the silk cotton piece is realized. And finishing the net pulling processing of the silk cotton piece. After the net pulling is finished, the silk cotton piece feeding mechanism 12, the transverse net pulling mechanism 72 and the longitudinal net pulling mechanism 74 are reset so as to carry out the next net pulling processing. The invention not only can realize the net-drawing processing of the silk cotton piece, has good net-drawing smoothness, but also has reasonable structure and high automation degree.
The above description of the present invention is intended to be illustrative. Various modifications, additions and substitutions for the specific embodiments described may be made by those skilled in the art without departing from the scope of the invention as defined in the accompanying claims.

Claims (8)

1. The utility model provides a silk quilt draws in net machine which characterized in that: it comprises a net pulling rack, a silk cotton piece conveying device and a net pulling device, wherein the net pulling rack comprises a net pulling upper frame, a net pulling lower frame, a net pulling front sealing plate, a net pulling rear sealing plate, a net pulling left sealing plate and a net pulling right sealing plate, the net pulling front sealing plate, the net pulling rear sealing plate, the net pulling left sealing plate and the net pulling right sealing plate are respectively arranged around the net pulling upper frame and the net pulling lower frame, the silk cotton piece conveying device comprises a silk cotton piece feeding mechanism, a silk cotton piece transition mechanism and a silk cotton piece feeding mechanism, the silk cotton piece feeding mechanism comprises a feeding lifting assembly and a feeding transverse moving assembly, the feeding lifting assembly comprises a feeding box, a feeding cylinder and a feeding lifting table, the feeding box is arranged on the left side of the net pulling left sealing plate, the right side of the feeding box is lower than the heights of the other three sides, the feeding cylinder is arranged in the feeding box, and the upper end of the feeding cylinder is connected with the feeding lifting table, the silk cotton piece stacks on supplying the elevating platform, supply sideslip subassembly includes supplying with sideslip support, supplying with sideslip slip table, supplying with sideslip rack, supplying with sideslip gear shaft, supplying with sideslip motor, supplying with sideslip licker-in support, supply with sideslip support and install in the left side of drawing net upper ledge, supply with sideslip slip table horizontal slip setting in the lower extreme of supplying with sideslip support, supply with sideslip rack and install on supplying with sideslip slip table, supply with sideslip gear shaft rotatable setting on supplying with sideslip support, supply with sideslip gear coaxial center and set up on supplying with sideslip gear shaft, supply with sideslip motor and install on supplying with sideslip support, supply with sideslip motor and supply with sideslip gear shaft coaxial coupling, supply with sideslip rack intermeshing, supply with the number of sideslip roller support be two, all install the lower extreme at supplying with sideslip slip table, supply with the rotatable setting of sideslip licker-in on supplying with sideslip licker-in support, silk cotton piece transition mechanism sets up the right side at silk cotton piece feed mechanism, silk cotton piece transition mechanism is including transition support, first transition roller assembly, second transition roller assembly, transition drive assembly, first transition support plate, second transition support plate, the transition support mounting is on the right side of drawing net left side shrouding, first transition roller assembly includes first transition roller, first transition roller down, first transition roller and first transition roller are arranged from top to bottom and rotatable the setting on the transition support, second transition roller assembly includes transition roller, second transition roller down on the second, transition roller and second transition roller are arranged from top to bottom and rotatable the setting on the transition support under transition roller on the second, transition drive assembly includes transition driving motor, First transition synchronous sprocket, second transition synchronous sprocket, transition synchronous chain, first transition synchronous sprocket sets up the one side of transition roller on first with the axle center, second transition synchronous sprocket sets up the one side of transition roller on the second with the axle center, first transition synchronous sprocket and second transition synchronous sprocket pass through the synchronous chain connection of transition, transition driving motor installs on the transition support, transition roller coaxial coupling on transition driving motor and the second, first transition bearing plate and second transition bearing plate are all installed on the transition support to first transition bearing plate is located between first transition roller assembly and the second transition roller assembly, and second transition bearing plate is located the right side of second transition roller assembly, the cotton piece feed mechanism of silk sets up the right side at the cotton piece transition mechanism of silk, the cotton piece feed mechanism of silk includes material loading jacking subassembly, The feeding jacking assembly comprises a feeding jacking supporting seat, a feeding jacking platform, a feeding jacking rod, a feeding jacking guide rod, a feeding jacking transmission roller wheel, a feeding jacking cam shaft and a feeding jacking motor, wherein the feeding jacking supporting seat is arranged on a front net-drawing sealing plate and a rear net-drawing sealing plate, the feeding jacking rod and the feeding jacking guide rod can be arranged on the feeding jacking supporting seat in a vertical sliding manner, the feeding jacking platform is arranged at the upper ends of the feeding jacking rod and the feeding jacking guide rod, the feeding jacking transmission roller wheel can be rotatably arranged at the lower end of the feeding jacking rod, the feeding jacking cam shaft can be rotatably arranged on the front net-drawing sealing plate and the rear net-drawing sealing plate, the feeding jacking motor is arranged on the front net-drawing sealing plate, the feeding jacking motor is coaxially connected with the feeding jacking cam shaft, and the feeding jacking cam is eccentrically arranged on the feeding jacking cam shaft, the feeding jacking cam is provided with a jacking cam groove, the feeding jacking transmission roller is embedded into the jacking cam groove on the feeding jacking cam, the feeding transverse moving assembly is arranged on the feeding jacking table and comprises a feeding transverse screw rod, a feeding transverse screw rod support, a feeding transverse screw rod motor, a feeding transverse screw rod nut sleeve, a feeding transverse moving support, a feeding transverse moving guide rail, a first feeding transverse moving roller assembly, a second feeding transverse moving roller assembly, a feeding transverse moving driving assembly and a feeding transverse moving guide nozzle, the feeding transverse screw rod support is arranged on the left side and the right side of the feeding jacking table, the feeding transverse moving guide rail is arranged on the feeding jacking table and is positioned between the two feeding transverse moving screw rod support seats, the feeding transverse moving support seats can be arranged on the feeding transverse moving guide rail in a left-right sliding manner, the feeding transverse screw rod nut sleeve is arranged on the feeding transverse moving support seats, the feeding transverse screw rod is rotatably arranged on a feeding transverse screw rod support, the feeding transverse screw rod is in threaded connection with a feeding transverse screw rod nut sleeve, a feeding transverse screw rod motor is mounted on the feeding transverse screw rod support, the feeding transverse screw rod motor is coaxially connected with the feeding transverse screw rod, a first feeding transverse roller assembly comprises a first feeding transverse upper roller and a first feeding transverse lower roller, a first feeding transverse upper roller ring and the first feeding transverse lower roller are vertically arranged and rotatably arranged on the feeding transverse support, a second feeding transverse roller assembly comprises a second feeding transverse upper roller and a second feeding transverse lower roller, the second feeding transverse upper roller and the second feeding transverse lower roller are vertically arranged and rotatably arranged on the feeding transverse support, and the feeding transverse driving assembly comprises a feeding driving motor, a first feeding transverse synchronous chain wheel, The feeding device comprises a first feeding transverse moving synchronous chain wheel, a second feeding transverse moving synchronous chain wheel, a feeding transverse moving synchronous chain, a feeding transverse moving driving motor, a feeding transverse moving guide-out nozzle and a feeding transverse moving guide-out nozzle, wherein the first feeding transverse moving synchronous chain wheel is coaxially arranged at one end of a first feeding transverse moving upper roller, the second feeding transverse moving synchronous chain wheel is coaxially arranged at one end of a second feeding transverse moving upper roller, the first feeding transverse moving synchronous chain wheel and the second feeding transverse moving synchronous chain wheel are connected through the feeding transverse moving synchronous chain, the feeding transverse moving driving motor is installed on a feeding transverse moving support, the feeding transverse moving driving motor is coaxially connected with the second feeding transverse moving upper roller, the feeding transverse moving guide-out nozzle is installed at the right end of the feeding transverse moving support, the feeding transverse moving guide-out nozzle comprises a feeding, The transverse bearing mechanism and the longitudinal net pulling mechanism comprise a first transverse net pulling component, a second transverse net pulling component and a transverse net pulling driving component, wherein the front side and the rear side of the net pulling upper frame are respectively provided with a horizontal front net pulling roller upper chute, a front net pulling roller lower chute, a rear net pulling roller upper chute and a rear net pulling roller lower chute, the first transverse net pulling component comprises a first transverse net pulling roller, a first transverse net pulling roller front support, a first transverse net pulling roller rear support, a first transverse net pulling motor, a first transverse net pulling roller gear, a first transverse net pulling roller support and a first transverse rear synchronous support, the first transverse front net pulling roller front support can be arranged in the front net pulling roller upper chute in a left-right sliding manner, the first transverse netting roller rear support can slide leftwards and rightwards to be arranged in a chute on a rear netting roller, the first transverse netting roller can be rotatably arranged on the first transverse netting roller front support and the first transverse netting roller rear support, the first transverse netting roller front support can slide leftwards and rightwards to be arranged in the front netting roller lower chute, the first transverse netting roller rear support can slide leftwards and rightwards to be arranged in the rear netting roller lower chute, the first transverse netting roller can be rotatably arranged on the first transverse netting roller front support and the first transverse netting roller rear support, the first transverse netting roller gear is coaxially arranged at one end of the first transverse netting roller, and the first transverse netting roller gear are mutually meshed, the first transverse mesh pulling roller front support and the first transverse mesh pulling roller front support are connected through a first transverse front synchronous support, the first transverse mesh pulling roller rear support and the first transverse mesh pulling roller rear support are connected through a first transverse rear synchronous support, the second transverse mesh pulling assembly comprises a second transverse mesh pulling roller, a second transverse mesh pulling roller front support, a second transverse mesh pulling roller rear support, a second transverse mesh pulling motor, a second transverse mesh pulling roller gear, a second transverse front synchronous support and a second transverse rear synchronous support, the second transverse mesh pulling roller front support can be arranged in a front mesh pulling roller upper chute in a left-right sliding manner, the second transverse mesh pulling roller rear support can be arranged in a rear mesh pulling roller upper chute in a left-right sliding manner, the second transverse mesh pulling roller is rotatably arranged on a second transverse mesh pulling roller front support and a second transverse mesh pulling roller rear support, the second transverse mesh pulling roller front support can be arranged in a front mesh pulling roller lower chute in a left-right sliding manner, the second transverse mesh pulling roller rear support can be arranged in a rear mesh pulling roller lower chute in a left-right sliding manner, the second transverse mesh pulling roller can be rotatably arranged on the second transverse mesh pulling roller front support and the second transverse mesh pulling roller rear support, the second transverse mesh pulling roller gear is coaxially arranged at one end of the second transverse mesh pulling roller, the second transverse mesh pulling roller gear and the second transverse mesh pulling roller gear are mutually engaged, the second transverse mesh pulling roller front support and the second transverse mesh pulling roller front support are connected through a second transverse front synchronous bracket, the second transverse net-drawing roller rear support and the second transverse net-drawing roller rear support are connected through a second transverse rear synchronous support, the transverse net-drawing driving assembly comprises a transverse net-drawing front screw rod, a transverse net-drawing front screw rod support, a first transverse net-drawing front screw rod nut sleeve, a second transverse net-drawing front screw rod nut sleeve, a transverse net-drawing rear screw rod support, a first transverse net-drawing rear screw rod nut sleeve, a second transverse net-drawing rear screw rod nut sleeve, a transverse net-drawing screw rod motor, a transverse net-drawing front synchronous wheel, a transverse net-drawing rear synchronous wheel and a transverse net-drawing synchronous belt, the transverse net-drawing front screw rod supports are arranged on two sides of the front end of the net-drawing upper frame, the transverse net-drawing front screw rods are rotatably arranged on the two transverse net-drawing front screw rod supports, the rotating directions of the left part and the right part of the transverse net-drawing front screw rod are opposite, the first transverse net-drawing front screw rod nut sleeve is, the second transverse net-pulling front screw rod nut sleeve is arranged on a second transverse front synchronous bracket, the left part of the transverse net-pulling front screw rod is in threaded connection with the first transverse net-pulling front screw rod nut sleeve, the right part of the transverse net-pulling front screw rod is in threaded connection with the second transverse net-pulling front screw rod nut sleeve, the transverse net-pulling rear screw rod supports are arranged on two sides of the rear end of the net-pulling upper frame, the transverse net-pulling rear screw rod can be rotatably arranged on the two transverse net-pulling rear screw rod supports, the rotating directions of the left part and the right part of the transverse net-pulling rear screw rod are opposite, the first transverse net-pulling rear screw rod nut sleeve is arranged on the first transverse rear synchronous bracket, the second transverse net-pulling rear screw rod nut sleeve is arranged on the second transverse rear synchronous bracket, the left part of the transverse net-pulling rear screw rod is in threaded connection with the first transverse net-pulling rear screw rod nut sleeve, and the right part of the transverse net-pulling rear screw rod is in threaded connection with the second transverse, the horizontal pre-hauling synchronizing wheel is coaxially arranged at one end of a horizontal pre-hauling screw rod, the horizontal post-hauling synchronizing wheel is coaxially arranged at one end of a horizontal post-hauling screw rod, the horizontal pre-hauling synchronizing wheel is connected with the horizontal post-hauling synchronizing wheel through a horizontal pre-hauling synchronous belt, the horizontal post-hauling screw rod motor is arranged on a horizontal pre-hauling screw rod support, the horizontal post-hauling screw rod motor is coaxially connected with the horizontal post-hauling screw rod, the horizontal bearing mechanism is arranged at the lower side of the horizontal post-hauling mechanism, the horizontal bearing mechanism comprises more than two horizontal bearing components, the horizontal bearing components comprise horizontal bearing rollers and horizontal bearing roller supports, the horizontal bearing roller supports are arranged at the front side and the rear side of a frame on the hauling net, the horizontal bearing rollers are rotatably arranged on the horizontal bearing roller supports, and the vertical post-hauling mechanism is arranged at the right side of a post-hauling machine frame, the longitudinal net pulling mechanism comprises a longitudinal net pulling sliding seat, a longitudinal net pulling sliding seat guide rail, a longitudinal net pulling fixing seat, a longitudinal net pulling adjusting cylinder, a net pulling conversion assembly, a first longitudinal net pulling assembly, a second longitudinal net pulling assembly and a longitudinal net pulling driving assembly, wherein the longitudinal net pulling sliding seat guide rail is horizontally arranged on a net pulling front sealing plate and a net pulling rear sealing plate, the longitudinal net pulling sliding seat can be arranged on the longitudinal net pulling sliding seat guide rail in a left-right sliding mode, the longitudinal net pulling fixing seat is fixedly arranged on the net pulling front sealing plate and the net pulling rear sealing plate, the longitudinal net pulling adjusting cylinder is arranged on the longitudinal net pulling fixing seat, one end of the longitudinal net pulling adjusting cylinder is connected with the longitudinal net pulling sliding seat, and the first longitudinal net pulling assembly comprises a first longitudinal net pulling screw rod, a first longitudinal net pulling screw rod support, a first longitudinal net pulling screw rod motor and a first longitudinal net pulling slide rail, The first longitudinal net-pulling screw rod front sliding seat, the first longitudinal net-pulling screw rod front nut sleeve, the first longitudinal front net-pulling roller support seat, the first longitudinal net-pulling rear sliding seat, the first longitudinal net-pulling screw rod rear nut sleeve, the first longitudinal rear net-pulling roller and the first longitudinal rear net-pulling roller support seat are arranged at the front end and the rear end of the longitudinal net-pulling sliding seat, the first longitudinal net-pulling screw rod is rotatably arranged on the two first longitudinal net-pulling screw rod support seats, the front part and the rear part of the first longitudinal net-pulling screw rod are opposite in rotating direction, the first longitudinal net-pulling sliding rail is arranged on the longitudinal net-pulling sliding seat, the first longitudinal net-pulling sliding rail is positioned between the two first longitudinal net-pulling screw rod support seats, and the first longitudinal net-pulling front sliding seat and the first longitudinal net-pulling rear sliding seat are both arranged on the first longitudinal net-pulling sliding rail in a front-and rear sliding manner, the first longitudinal net-drawing screw rod front nut sleeve is installed on a first longitudinal net-drawing front sliding seat, the first longitudinal net-drawing screw rod rear nut sleeve is installed on a first longitudinal net-drawing rear sliding seat, the front part of the first longitudinal net-drawing screw rod is in threaded connection with the first longitudinal net-drawing screw rod front nut sleeve, the rear part of the first longitudinal net-drawing screw rod is in threaded connection with the first longitudinal net-drawing screw rod rear nut sleeve, the first longitudinal front net-drawing roller supports are installed at the upper end and the lower end of the first longitudinal net-drawing front sliding seat, the first longitudinal front net-drawing rollers can rotate on two first longitudinal front net-drawing roller supports, the first longitudinal rear net-drawing roller supports are installed at the upper end and the lower end of the first longitudinal net-drawing rear sliding seat, the first longitudinal rear net-drawing rollers can rotate on two first longitudinal rear net-drawing roller supports, the second longitudinal net-drawing screw rod assembly comprises a second longitudinal net-drawing screw rod, A second longitudinal mesh-pulling screw rod support, a second longitudinal mesh-pulling screw rod motor, a second longitudinal mesh-pulling slide rail, a second longitudinal mesh-pulling front slide seat, a second longitudinal mesh-pulling screw rod front nut sleeve, a second longitudinal front mesh-pulling roller support, a second longitudinal mesh-pulling rear slide seat, a second longitudinal mesh-pulling screw rod rear nut sleeve, a second longitudinal rear mesh-pulling roller and a second longitudinal rear mesh-pulling roller support, wherein the second longitudinal mesh-pulling screw rod supports are arranged at the front end and the rear end of a mesh-pulling right sealing plate, the second longitudinal mesh-pulling screw rods are rotatably arranged on the two second longitudinal mesh-pulling screw rod supports, the front part and the rear part of the second longitudinal mesh-pulling screw rods are opposite in rotation direction, the second longitudinal mesh-pulling slide rail is arranged on the mesh-pulling right sealing plate, the second longitudinal mesh-pulling slide rail is arranged between the two second longitudinal mesh-pulling screw rod supports, and the second longitudinal mesh-pulling front slide seat and the second longitudinal mesh-pulling rear slide seat are both slidably arranged on the second longitudinal mesh-pulling slide rail, the front nut sleeve of the second longitudinal net-drawing screw rod is arranged on the front sliding seat of the second longitudinal net-drawing screw rod, the rear nut sleeve of the second longitudinal net-drawing screw rod is arranged on the rear sliding seat of the second longitudinal net-drawing screw rod, the front part of the second longitudinal net-drawing screw rod is in threaded connection with the front nut sleeve of the second longitudinal net-drawing screw rod, the rear part of the second longitudinal net-drawing screw rod is in threaded connection with the rear nut sleeve of the second longitudinal net-drawing screw rod, the second longitudinal front net-drawing roller supports are arranged at the upper end and the lower end of the front sliding seat of the second longitudinal net-drawing, the second longitudinal front net-drawing roller can rotate on two second longitudinal front net-drawing roller supports, the second longitudinal back net-drawing roller supports are arranged at the upper end and the lower end of the rear sliding seat of the second longitudinal net-drawing, the second longitudinal back net-drawing roller can rotate on two second longitudinal back net-drawing roller supports, and the longitudinal net-drawing driving assembly comprises a front, The front longitudinal net pulling driving motor support, the rear longitudinal net pulling driving motor support, a first longitudinal front net pulling roller gear, a second longitudinal front net pulling roller gear, a first longitudinal rear net pulling roller gear and a second longitudinal rear net pulling roller gear, wherein the first longitudinal front net pulling roller gear is coaxially arranged at the lower end of the first longitudinal front net pulling roller, the second longitudinal front net pulling roller gear is coaxially arranged at the lower end of the second longitudinal front net pulling roller, the front longitudinal net pulling driving motor support is arranged on a net pulling right sealing plate, the front longitudinal net pulling driving motor is arranged on the front longitudinal net pulling driving motor support, the front longitudinal net pulling driving motor and the second longitudinal front net pulling roller are coaxially connected, the first longitudinal front net pulling roller gear and the second longitudinal front net pulling roller gear can be meshed, the first longitudinal rear net pulling roller gear is coaxially arranged at the lower end of the first longitudinal rear net pulling roller, the second longitudinal back netting roller gear is coaxially arranged at the lower end of the second longitudinal back netting roller, the back longitudinal netting driving motor support is arranged on a netting right sealing plate, the back longitudinal netting driving motor is arranged on the back longitudinal netting driving motor support, the back longitudinal netting driving motor is coaxially connected with the second longitudinal back netting roller, the first longitudinal back netting roller gear and the second longitudinal back netting roller gear can be meshed, the netting conversion assembly is arranged above the first longitudinal netting assembly and the second longitudinal netting assembly, the netting conversion assembly comprises a fixed netting conversion roller, a fixed netting conversion roller support, a netting conversion roller driving motor, a movable netting conversion roller sliding block, a movable netting conversion pressure spring and a movable netting conversion support, the fixed netting conversion roller support is arranged on the netting right sealing plate, the fixed net-pulling conversion roller is rotatably arranged on a fixed net-pulling conversion roller support, the net-pulling conversion roller driving motor is arranged on the fixed net-pulling conversion roller support, the net-pulling conversion roller driving motor is coaxially connected with the fixed net-pulling conversion roller, the movable net-pulling conversion support is arranged on a longitudinal net-pulling sliding seat, a movable net-pulling conversion chute is arranged on the movable net-pulling conversion support, a movable net-pulling conversion roller sliding block can be arranged on the movable net-pulling conversion chute of the movable net-pulling conversion support in a left-right sliding manner, a movable net-pulling conversion pressure spring is arranged in the movable net-pulling conversion chute, one end of the movable net-pulling conversion pressure spring is attached to the movable net-pulling conversion roller sliding block, the other end of the movable net-pulling conversion pressure spring is attached to the movable net-pulling conversion chute, and the movable net-pulling conversion roller is rotatably arranged on the two movable net-pulling conversion roller sliding, the movable net pulling conversion roller is attached to the fixed net pulling conversion roller under the action of the movable net pulling conversion pressure spring.
2. The silk quilt netting machine of claim 1, characterized in that: the first upper transition roller, the first lower transition roller, the second upper transition roller and the second lower transition roller are all rubber rollers.
3. The silk quilt netting machine of claim 1, characterized in that: the first feeding transverse upper roller, the first feeding transverse lower roller, the second feeding transverse upper roller and the second feeding transverse lower roller are rubber rollers.
4. The silk quilt netting machine of claim 1, characterized in that: and the first transverse net pulling roller, the second transverse net pulling roller and the second transverse net pulling roller are uniformly provided with net pulling prickers.
5. The silk quilt netting machine of claim 1, characterized in that: and the first longitudinal front net pulling roller, the first longitudinal back net pulling roller, the second longitudinal front net pulling roller and the second longitudinal back net pulling roller are uniformly provided with net pulling felting needles.
6. The silk quilt netting machine of claim 1, characterized in that: the first transverse net pulling roller gear, the second transverse net pulling roller gear and the second transverse net pulling roller gear are all helical gears.
7. The silk quilt netting machine of claim 1, characterized in that: the first longitudinal front net pulling roller gear, the first longitudinal back net pulling roller gear, the second longitudinal front net pulling roller gear and the second longitudinal back net pulling roller gear are all helical gears.
8. The silk quilt netting machine of claim 1, characterized in that: the fixed net pulling conversion roller and the movable net pulling conversion roller are rubber net pulling conversion rollers.
CN202110021203.9A 2021-01-08 2021-01-08 Silk quilt net puller Active CN112796040B (en)

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Application Number Priority Date Filing Date Title
CN202110021203.9A CN112796040B (en) 2021-01-08 2021-01-08 Silk quilt net puller

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Application Number Priority Date Filing Date Title
CN202110021203.9A CN112796040B (en) 2021-01-08 2021-01-08 Silk quilt net puller

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CN112796040B CN112796040B (en) 2022-02-11

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CN2637519Y (en) * 2003-08-16 2004-09-01 王伟成 Lapping machine
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US20090057364A1 (en) * 2007-08-29 2009-03-05 Horacio Ocampo Sheet material tensioning apparatus
CN105463706A (en) * 2015-12-25 2016-04-06 青岛鸿圣纺织机械有限公司 Lapping machine
CN106562627A (en) * 2016-10-21 2017-04-19 泰安三英新材料有限公司 Hard cotton pillow core continuous and automatic production line and processing method thereof
CN207898315U (en) * 2017-08-31 2018-09-25 安徽瑞华棉业发展股份有限公司 A kind of yarn cladding system for cotton-wadded quilt processing
CN109750419A (en) * 2019-02-28 2019-05-14 苏州太湖雪丝绸股份有限公司 A kind of silk silk floss is dedicated to pull loose trimmer
CN209412457U (en) * 2018-12-07 2019-09-20 浙江蚕缘家纺有限公司 A kind of silkworm pocket drawing device
CN211036319U (en) * 2019-08-30 2020-07-17 江西金铭丝绸有限公司 Silk screen wire drawing device of silk child in processing silk quilt
CN211171119U (en) * 2019-10-30 2020-08-04 杭州好孝顺信息技术有限公司 Silk tire drawing equipment for silk quilt manufacturing
CN111648075A (en) * 2020-06-13 2020-09-11 章梦月 Textile fabric stretching mechanism

Patent Citations (13)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4978414A (en) * 1985-01-18 1990-12-18 Nippon Cmk Corp. Apparatus for stretching silk including means to move cramp members independently of each other
KR20010054416A (en) * 1999-12-06 2001-07-02 성낙창 Method for making cushion material
CN2656133Y (en) * 2003-06-12 2004-11-17 北京文洲丝网印刷机械有限公司 Multi wide breadth track type large mechanical net stretching machine
CN2637519Y (en) * 2003-08-16 2004-09-01 王伟成 Lapping machine
US20090057364A1 (en) * 2007-08-29 2009-03-05 Horacio Ocampo Sheet material tensioning apparatus
CN105463706A (en) * 2015-12-25 2016-04-06 青岛鸿圣纺织机械有限公司 Lapping machine
CN106562627A (en) * 2016-10-21 2017-04-19 泰安三英新材料有限公司 Hard cotton pillow core continuous and automatic production line and processing method thereof
CN207898315U (en) * 2017-08-31 2018-09-25 安徽瑞华棉业发展股份有限公司 A kind of yarn cladding system for cotton-wadded quilt processing
CN209412457U (en) * 2018-12-07 2019-09-20 浙江蚕缘家纺有限公司 A kind of silkworm pocket drawing device
CN109750419A (en) * 2019-02-28 2019-05-14 苏州太湖雪丝绸股份有限公司 A kind of silk silk floss is dedicated to pull loose trimmer
CN211036319U (en) * 2019-08-30 2020-07-17 江西金铭丝绸有限公司 Silk screen wire drawing device of silk child in processing silk quilt
CN211171119U (en) * 2019-10-30 2020-08-04 杭州好孝顺信息技术有限公司 Silk tire drawing equipment for silk quilt manufacturing
CN111648075A (en) * 2020-06-13 2020-09-11 章梦月 Textile fabric stretching mechanism

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Effective date of registration: 20230808

Address after: 224000 Fugang Industrial Zone, Dagang Town, Yandu District, Yancheng City, Jiangsu Province (n)

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Address before: Room 333, 77 ziye Road, Wuzhen Town, Tongxiang City, Jiaxing City, Zhejiang Province, 314500

Patentee before: Tongxiang nuochuang Information Technology Co.,Ltd.