CN112758743A - Silkworm pocket conveyer - Google Patents

Abstract

The invention provides a silkworm pocket conveying device, and belongs to the technical field of silk quilt processing. It includes the cotton piece feed mechanism of silk, the cotton piece of silk transition mechanism, the cotton piece feed mechanism of silk is including supplying with lifting unit, supply with sideslip subassembly, the cotton piece of silk transition mechanism sets up the right side at the cotton piece feed mechanism of silk, the cotton piece of silk transition mechanism includes the transition support, first transition roller subassembly, second transition roller subassembly, the transition drive assembly, first transition bearing plate, second transition bearing plate, 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, material loading sideslip subassembly. The invention not only can stably convey the silkworm bag between the net pulling rollers, but also has the movable feeding mechanism which can move in and out to reserve space for the net pulling.

Description

Silkworm pocket conveyer

Technical Field

The invention relates to the technical field of silk quilt processing, in particular to a silkworm pocket conveying device.

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.

At present, the most advanced and practical net pulling method is to realize the net pulling processing of the silkworm bag through a net pulling roller. The silkworm bag, also called silk cotton net, is formed by boiling, peeling and opening the silkworm cocoons, and how to continuously and stably feed the silkworm bag into the net pulling device becomes a very critical problem. Because the silkworm pocket conveying needs to ensure that the silkworm pocket stably enters between the net pulling rollers, and because the net pulling rollers need to carry out large-scale net pulling processing, the conveying device cannot be fixed, needs to advance or retreat, and needs to reserve space for the net pulling.

Disclosure of Invention

The invention aims to provide a silkworm pocket conveying device, which not only can stably convey silkworm pockets to a position between net pulling rollers, but also can move a feeding mechanism and move back to leave a space for a net pulling.

The technical scheme adopted by the invention for solving the technical problems is as follows:

a silkworm bag conveying device is arranged on a net drawing rack and is positioned on one side of a net drawing device, the net drawing rack comprises a net drawing upper frame, a net drawing lower frame, a net drawing front sealing plate, a net drawing rear sealing plate, a net drawing left sealing plate and a net drawing right sealing plate, the net drawing front sealing plate, the net drawing rear sealing plate, the net drawing left sealing plate and the net drawing right sealing plate are respectively arranged around the net drawing upper frame and the net drawing lower frame, the silkworm silk cotton sheet conveying device comprises a silkworm silk cotton sheet feeding mechanism, a silkworm silk cotton sheet transition mechanism and a silkworm silk cotton sheet feeding mechanism, the silkworm silk cotton sheet 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 drawing 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, the upper end of the feeding cylinder is, 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 a 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 ring 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, 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 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 installed 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 installed at the right end of the feeding transverse moving support and 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, and a feeding transverse moving guide notch is formed in the middle.

Further, the supply traverse motor is a servo motor.

Further, the first upper transition roller, the first lower transition roller, the second upper transition roller and the second lower transition roller are transition rubber rollers.

Furthermore, the first feeding transverse moving upper roller, the first feeding transverse moving lower roller, the second feeding transverse moving upper roller and the second feeding transverse moving lower roller are rubber rollers with uniformly distributed salient points on the surfaces.

Compared with the prior art, the invention has the following advantages and effects: 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. Supply with sideslip motor and be servo motor, not only the rotational speed is adjustable, and turned angle is very accurate moreover, makes supply with sideslip slip table along supplying with the reciprocal steady slip of sideslip support, is favorable to guaranteeing the accuracy nature of silk cotton piece supply position. 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. Transition roller, first lower transition roller, second are transition rubber roll down on transition roller, first transition roller, the second on the first, are favorable to realizing the steady transition to the cotton piece of silk to avoid causing the damage to the cotton piece of silk. 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 net drawing device. 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 net pulling devices, and the silk cotton sheets enter the net pulling devices from the feeding transverse guide nozzle. Roller, second material loading sideslip on first material loading sideslip roller, first material loading sideslip lower roll, second material loading sideslip lower roll are the rubber roll that the surperficial equipartition has the bump, had both been favorable to accepting the cotton piece of silk that comes from silk cotton piece transition mechanism, had been favorable to again sending into the net device that draws with the cotton piece of silk steadily. And the loading jacking table moves downwards along the loading jacking supporting seat along with the continuous rotation of the loading jacking cam. The feeding transverse screw motor reversely moves, the feeding transverse screw and the feeding transverse screw nut sleeve drive the feeding transverse support to slide leftwards along the feeding transverse guide rail, and the feeding transverse support resets to the right side of the silk cotton piece transition mechanism, so that the next transmission of the silk cotton pieces is facilitated. The invention not only can stably convey the silkworm bag between the net pulling rollers, but also has the movable feeding mechanism which can move in and out to reserve space for the net pulling.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a top view of the present invention.

Fig. 3 is a schematic structural view of the silk cotton piece supply 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 schematic structural diagram of the silk cotton piece transition mechanism of the invention.

Fig. 6 is a top view of the silk cotton piece transition mechanism of the present invention.

Fig. 7 is a schematic structural diagram 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.

FIG. 9 is a partial schematic view of the loading traversing assembly of the present invention.

In the figure: 1. a net drawing frame, 2, a net drawing device, 3, a net drawing upper frame, 4, a net drawing lower frame, 5, a net drawing front sealing plate, 6, a net drawing rear sealing plate, 7, a net drawing left sealing plate, 8, a net drawing right sealing plate, 9, a silk cotton sheet feeding mechanism, 10, a silk cotton sheet transition mechanism, 11, a silk cotton sheet feeding mechanism, 12, a supply lifting assembly, 13, a supply transverse moving assembly, 14, a supply box, 15, a supply cylinder, 16, a supply lifting platform, 17, a supply transverse moving support, 18, a supply transverse moving sliding table, 19, a supply transverse moving rack, 20, a supply transverse moving gear, 21, a supply transverse moving gear shaft, 22, a supply transverse moving motor, 23, a supply transverse moving roller, 24, a supply transverse moving roller support, 25, a transition support roller assembly, 26, a first transition support plate assembly, 27, a second transition drive assembly, 28, 29, a first transition support plate, 30, a second transition support plate, 31. a first upper transition roller, 32, a first lower transition roller, 33, a second upper transition roller, 34, a second lower transition roller, 35, a transition driving motor, 36, a first transition synchronous chain wheel, 37, a second transition synchronous chain wheel, 38, a transition synchronous chain, 39, a feeding jacking assembly, 40, a feeding transverse moving assembly, 41, a feeding jacking support 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, a feeding jacking motor, 49, a jacking cam groove, 50, a feeding transverse moving screw rod, 51, a feeding transverse moving screw rod support seat, 52, a feeding transverse screw rod motor, 53, a feeding screw rod nut sleeve, 54, a feeding transverse moving support seat, 55, a feeding transverse moving guide rail, 56, a first feeding transverse moving roller assembly, 57, a second feeding transverse moving roller assembly, 58. the feeding and transverse moving driving assembly comprises a feeding and transverse moving guide nozzle 59, a first feeding and transverse moving upper roller 60, a first feeding and transverse moving lower roller 61, a second feeding and transverse moving upper roller 62, a second feeding and transverse moving lower roller 63, a feeding and transverse moving driving motor 64, a first feeding and transverse moving synchronous chain wheel 65, a second feeding and transverse moving synchronous chain wheel 66, a feeding and transverse moving synchronous chain 68, a feeding and transverse moving upper guide plate 69, a feeding and transverse moving lower guide plate 70 and a feeding and transverse moving guide notch 70.

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, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7, fig. 8 and fig. 9, a silkworm basket conveyer is arranged on a net rack 1 and is located on one side of the net pulling device 2, the net rack 1 comprises a net pulling upper frame 3, a net pulling lower frame 4, a net pulling front sealing plate 5, a net pulling rear sealing plate 6, a net pulling left sealing plate 7 and a net pulling right sealing plate 8, and the net pulling front sealing plate 5, the net pulling rear sealing plate 6, the net pulling left sealing plate 7 and the net pulling right sealing plate 8 are respectively installed around the net pulling upper frame 3 and the net pulling lower frame 4.

A silkworm pocket conveyer comprises a silk cotton sheet supply mechanism 9, a silk cotton sheet transition mechanism 10 and a silk cotton sheet feeding mechanism 11.

The silk cotton sheet supply mechanism 9 comprises a supply lifting assembly 12 and a supply transverse moving assembly 13, wherein the supply lifting assembly 12 comprises a supply box 14, a supply air cylinder 15 and a supply lifting platform 16, the supply box 14 is arranged on the left side of a net drawing left closing plate 7, the height of the right side of the supply box 14 is lower than the height of the other three sides, the supply air cylinder 15 is arranged in the supply box 14, the upper end of the supply air cylinder 15 is connected with the supply lifting platform 16, silk cotton sheets are stacked on the supply lifting platform 16, the supply transverse moving assembly 13 comprises a supply transverse moving support 17, a supply transverse moving sliding table 18, a supply transverse moving rack 19, a supply transverse moving gear 20, a supply transverse moving gear shaft 21, a supply transverse moving motor 22, a supply transverse moving roller 23 and a supply transverse moving roller support 24, the supply transverse moving support 17 is arranged on the left side of a net drawing upper frame 3, the supply transverse moving table 18 can be arranged at the lower end of the supply, the supply traverse rack 19 is mounted on the supply traverse slide 18, the supply traverse gear shaft 21 is rotatably provided on the supply traverse support 17, the supply traverse gear 20 is coaxially provided on the supply traverse gear shaft 21, the supply traverse motor 22 is mounted on the supply traverse support 17, the supply traverse motor 22 and the supply traverse gear shaft 21 are coaxially connected, the supply traverse gear 20 and the supply traverse rack 19 are engaged with each other, the number of the supply traverse roller supports 24 is two and both are mounted at the lower end of the supply traverse slide 18, and the supply traverse licker-in 23 is rotatably provided on the supply traverse licker-in support 24. Supply with sideslip motor 22 and be servo motor, not only the rotational speed is adjustable, and turned angle is very accurate moreover, makes supply with sideslip slip table 18 and slide along supplying with sideslip support 17 reciprocal steadily, is favorable to guaranteeing the accuracy nature of silk cotton piece supply position.

Cotton piece of silk transition mechanism 10 sets up the right side at cotton piece feed mechanism of silk 9, cotton piece of silk transition mechanism 10 is including transition support 25, first transition roller subassembly 26, second transition roller subassembly 27, transition drive assembly 28, first transition bearing plate 29, second transition bearing plate 30, transition support 25 installs the right side at the left shrouding 7 of netting, first transition roller subassembly 26 includes first transition roller 31, first transition roller 32 down, first transition roller 31 and first transition roller 32 are arranged and rotatable setting on transition support 25 from top to bottom, second transition roller subassembly 27 includes transition roller 33 under the second, second transition roller 34, transition roller 33 and second transition roller 34 are arranged and rotatable setting on transition support 25 from top to bottom on the second, transition drive assembly 28 includes transition driving motor 35, first transition synchronous sprocket 36, A second transition synchronous sprocket 37 and a transition synchronous chain 38, wherein the first transition synchronous sprocket 36 is coaxially disposed at one side of the first upper transition roller 31, the second transition synchronous sprocket 37 is coaxially disposed at one side of the second upper transition roller 33, the first transition synchronous sprocket 36 and the second transition synchronous sprocket 37 are connected by the transition synchronous chain 38, the transition driving motor 35 is mounted on the transition support 25, the transition driving motor 35 and the second upper transition roller 33 are coaxially connected, the first transition support plate 29 and the second transition support plate 30 are both mounted on the transition support 25, the first transition support plate 29 is located between the first transition roller assembly 26 and the second transition roller assembly 27, and the second transition support plate 30 is located at the right side of the second transition roller assembly 27. Transition roller 33, second down transition roller 34 are transition rubber roll on first transition roller 31, first transition roller 32, the second down, are favorable to realizing the smooth transition to the cotton piece of silk to avoid causing the damage to the cotton piece of silk.

The silk cotton piece feeding mechanism 11 is arranged on the right side of the silk cotton piece transition mechanism 10, the silk cotton piece feeding mechanism 11 comprises a feeding jacking assembly 39 and a feeding transverse moving assembly 40, the feeding jacking assembly 39 comprises a feeding jacking support seat 41, a feeding jacking table 42, a feeding jacking rod 43, a feeding jacking guide rod 44, a feeding jacking transmission roller 45, a feeding jacking cam 46, a feeding jacking cam shaft 47 and a feeding jacking motor 48, the feeding jacking support seat 41 is arranged on the closing plate 5 before net drawing and the closing plate 6 after net drawing, the feeding jacking rod 43 and the feeding jacking guide rod 44 can be vertically slidably arranged on the feeding jacking support seat 41, the feeding jacking table 42 is arranged at the upper ends of the feeding jacking rod 43 and the feeding jacking guide rod 44, the feeding jacking transmission roller 45 can be rotatably arranged at the lower end of the feeding jacking rod 43, the feeding jacking cam shaft 47 can be rotatably arranged on the closing plate 5 before net drawing and the closing plate 6 after net drawing, the feeding jacking motor 48 is arranged on the net-pulling front closing plate 5, the feeding jacking motor 48 is coaxially connected with a feeding jacking cam shaft 47, the feeding jacking cam 46 is eccentrically arranged on the feeding jacking cam shaft 47, a jacking cam groove 49 is arranged on the feeding jacking cam 46, the feeding jacking transmission roller 45 is embedded in the jacking cam groove 49 on the feeding jacking cam 46, the feeding transverse moving assembly 40 is arranged on the feeding jacking table 42, the feeding transverse moving assembly 40 comprises a feeding transverse moving screw rod 50, a feeding transverse screw rod support 51, a feeding transverse screw rod motor 52, a feeding transverse screw rod nut sleeve 53, a feeding transverse moving support 54, a feeding transverse moving guide rail 55, a first feeding transverse moving roller assembly 56, a second feeding transverse moving roller assembly 57, a feeding transverse moving driving assembly 58 and a feeding guide nozzle 59, the feeding transverse screw rod support 51 is arranged on the left side and the right side of the feeding jacking table 42, the feeding transverse guide rail 55 is arranged on the feeding jacking table 42 and is positioned between two feeding transverse screw rod supports 51, the feeding transverse support 54 can be arranged on the feeding transverse guide rail 55 in a left-right sliding manner, the feeding transverse screw rod nut sleeve 53 is arranged on the feeding transverse support 54, the feeding transverse screw rod 50 can be arranged on the feeding transverse screw rod support 51 in a rotating manner, the feeding transverse screw rod 50 is in threaded connection with the feeding transverse screw rod nut sleeve 53, the feeding transverse screw rod motor 52 is arranged on the feeding transverse screw rod support 51, the feeding transverse screw rod motor 52 is in coaxial connection with the feeding transverse screw rod 50, the first feeding transverse roller assembly 56 comprises a first feeding upper roller transverse moving 60 and a first feeding transverse lower roller 61, a first feeding transverse upper roller ring 60 and a first feeding transverse upper roller 61 are arranged in a vertical moving manner and can be arranged on the feeding lower roller support 54 in a rotating manner, the second feeding transverse roller assembly 57 comprises a second feeding transverse upper roller 62 and a second feeding transverse lower roller 63, the second feeding transverse upper roller 62 and the second feeding transverse lower roller 63 are vertically arranged and rotatably arranged on the feeding transverse support 54, the feeding transverse driving assembly 58 comprises a feeding transverse driving motor 64, a first feeding transverse synchronous sprocket 65, a second feeding transverse synchronous sprocket 66 and a feeding transverse synchronous chain 67, the first feeding transverse synchronous sprocket 65 is coaxially arranged at one end of the first feeding transverse upper roller 60, the second feeding transverse synchronous sprocket 66 is coaxially arranged at one end of the second feeding transverse upper roller 62, the first feeding transverse synchronous sprocket 65 and the second feeding transverse synchronous sprocket 66 are connected through the feeding transverse synchronous chain 67, the feeding transverse driving motor 64 is arranged on the feeding transverse support 54, the feeding transverse driving motor 64 is coaxially connected with the second feeding transverse upper roller 62, the feeding transverse guiding nozzle 59 is installed at the right end of the feeding transverse support 54, the feeding transverse guiding nozzle 59 comprises a feeding transverse upper guiding plate 68 and a feeding transverse lower guiding plate 69, the feeding transverse upper guiding plate 68 and the feeding transverse lower guiding plate 69 are symmetrically arranged up and down, and a feeding transverse guiding notch 70 is formed in the middle. Roller 60, roller 62, second material loading sideslip lower roll 63 are the rubber roll that the surperficial equipartition had the bump on first material loading sideslip upper roll 61, first material loading sideslip lower roll, the second material loading sideslip lower roll, had both been favorable to accepting the cotton piece of silk that comes from silk cotton piece transition mechanism 10, were favorable to again steadily sending into the net device 2 that draws with the cotton piece of silk.

Through the technical scheme, when the silkworm bag conveying device is used, silk cotton sheets are stacked in the supply box 14, the supply cylinder 15 acts, the silk cotton sheets are driven to be lifted upwards to a specified position through the supply lifting platform 16, and the silk cotton sheets on the uppermost surface are in contact with the supply transverse licker-in 23. Then, the supply traverse motor 22 is operated to drive the supply traverse slide table 18 to slide rightward along the supply traverse support 17 via the supply traverse gear 20 and the supply traverse rack 19, so that the supply traverse licker-in 23 feeds the silk cotton sheet rightward to the silk cotton sheet transition mechanism 10. When silk cotton piece is close to silk cotton piece transition mechanism 10, transition driving motor 35 moves, through first transition synchronous sprocket 36, transition synchronous chain 38, second transition synchronous sprocket 39 drives transition roller 33 synchronous rotation on first transition roller 31 and the second, silk cotton piece is at first transition roller 31 of going up, transition roller 33 on first transition roller 32 and the second down, the effect of transition roller 34 is carried down to the right under the second, the bearing of silk cotton piece has been realized to first transition bearing plate 29 and second transition bearing plate 30, be convenient for silk cotton piece passes through silk cotton piece transition mechanism 10. Then, the silk cotton piece enters the silk cotton piece feeding mechanism 11, the feeding transverse moving driving motor 64 acts, the first feeding transverse moving upper roller 60 and the second feeding transverse moving upper roller 62 are driven to synchronously rotate through the first feeding transverse moving synchronous chain wheel 65, the feeding transverse moving synchronous chain 67 and the second feeding transverse moving synchronous chain wheel 66, and the silk cotton piece is conveyed to the feeding transverse moving outlet nozzle 29 under the action of the first feeding transverse moving upper roller 60, the first feeding transverse moving lower roller 61, the second feeding transverse moving upper roller 62 and the second feeding transverse moving lower roller 63. Meanwhile, the feeding jacking motor 48 acts to drive the feeding jacking cam 46 to rotate through the feeding jacking cam shaft 47, and the feeding jacking rod 43 drives the feeding jacking table 42 to lift upwards along the feeding jacking supporting seat 41 under the transmission of the feeding jacking transmission roller 45 until the feeding transverse guide nozzle 59 is flush with the net drawing device 2. The feeding transverse screw motor 52 acts to drive the feeding transverse support 54 to slide rightwards along the feeding transverse guide rail 55 through the feeding transverse screw 50 and the feeding transverse screw nut sleeve 53 until the feeding transverse guide nozzle 59 is inserted between the net pulling devices 2, and silk cotton sheets enter the net pulling devices 2 from the feeding transverse guide nozzle 59. As the loading lift cam 46 continues to rotate, the loading lift table 42 moves down along the loading lift support base 41. The feeding transverse screw motor 52 acts reversely, and the feeding transverse screw 50 and the feeding transverse screw nut sleeve 53 drive the feeding transverse support 54 to slide leftwards along the feeding transverse guide rail 55 and reset to the right side of the silk cotton piece transition mechanism 10, so that the next silk cotton piece is conveniently conveyed. The invention not only can stably convey the silkworm bag between the net pulling rollers, but also has the movable feeding mechanism which can move in and out to reserve space for the net pulling.

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 (4)

1. The utility model provides a silkworm pocket conveyer, sets up in the net rack to be located one side of netting the device, the net rack is including drawing the net and going up the frame, drawing the net underframe, drawing the net before the shrouding, drawing the net after the shrouding, drawing the net left shrouding, drawing the net right shrouding, draw the net before the shrouding, draw the net after the shrouding, draw the net left shrouding, draw the net right shrouding to install respectively on drawing the net around frame and drawing the net underframe, its characterized in that: it comprises a silk cotton sheet supply mechanism, a silk cotton sheet transition mechanism and a silk cotton sheet feeding mechanism, wherein the silk cotton sheet supply mechanism comprises a supply lifting assembly and a supply transverse moving 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 a left sealing plate of a netting, the right side of the supply box is lower than the heights of other three sides, the supply cylinder is arranged in the supply box, the upper end of the supply cylinder is connected with the supply lifting platform, the silk cotton sheets are stacked on the supply lifting platform, the supply transverse moving assembly comprises a supply transverse moving support, a supply transverse moving sliding table, a supply transverse moving rack, a supply transverse moving gear shaft, a supply transverse moving motor, a supply transverse moving licker-in roller support, the supply transverse moving support is arranged on the left side of the upper framework of the netting, and the supply transverse moving sliding table can be arranged at the lower end of the supply, the utility model provides a silk cotton piece transition mechanism, including silk cotton piece supply mechanism, supply sideslip rack, supply sideslip gear rack to install on supplying with sideslip slip table, supply the rotatable setting of sideslip gear shaft on supplying with sideslip gear shaft, supply sideslip gear with the axle center setting on supplying with sideslip gear shaft, supply with the sideslip motor and install on supplying with sideslip support, supply with sideslip motor and supply with sideslip gear shaft coaxial coupling, supply with sideslip gear and supply with sideslip rack intermeshing, the quantity of supplying with sideslip licker-in support is two, all installs the lower extreme at supplying with sideslip slip table, supply with sideslip licker-in rotatable setting on supplying with sideslip licker-in support, silk cotton piece transition mechanism sets up the right side at silk cotton piece supply mechanism, silk cotton piece transition mechanism includes transition support, first transition roller subassembly, second transition roller subassembly, transition drive, the transition support is arranged on the right side of the net pulling left sealing plate, the first transition roller assembly comprises a first upper transition roller and a first lower transition roller, the first upper transition roller and the first lower transition roller are vertically arranged and rotatably arranged on the transition support, the second transition roller assembly comprises a second upper transition roller and a second lower transition roller, the second upper transition roller and the second lower transition roller are vertically arranged and rotatably arranged on the transition support, the transition driving assembly comprises a transition driving 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 coaxially arranged on one side of the first upper transition roller, the second transition synchronous chain wheel is coaxially arranged on one side of the second upper transition roller, the first transition synchronous chain wheel and the second transition synchronous chain wheel are connected through the transition synchronous chain, the transition driving motor is arranged 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, and first transition bearing plate is located between first transition roller subassembly and the second transition roller subassembly, and second transition bearing plate is located the right side of second transition roller subassembly, silk cotton piece feed mechanism sets up the right side at silk cotton piece transition mechanism, silk cotton piece feed mechanism includes material loading jacking subassembly, material loading sideslip subassembly, material loading jacking subassembly includes material loading jacking bearing, material loading jacking platform, material loading jacking pole, material loading jacking guide bar, material loading jacking transmission gyro wheel, material loading jacking cam axle, material loading jacking motor, material loading jacking bearing installs on shrouding before the net drawing and shrouding behind the net drawing, material loading jacking pole and material loading jacking guide bar all can slide from top to bottom and set up on material loading jacking bearing, the feeding jacking mechanism comprises a feeding jacking platform, a feeding jacking cam shaft, a jacking cam groove, a jacking drive roller, a feeding jacking assembly and a feeding jacking guide rod, wherein the feeding jacking platform is arranged at the upper ends of the feeding jacking rod and the feeding jacking guide rod, the feeding jacking drive roller is rotatably arranged at the lower end of the feeding jacking rod, the feeding jacking cam shaft is rotatably arranged on a mesh pulling front sealing plate and a mesh pulling rear sealing plate, the feeding jacking motor is arranged on the mesh pulling front sealing plate, the feeding jacking motor is coaxially connected with the feeding jacking cam shaft, 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 drive roller is embedded into the jacking cam groove on the feeding jacking cam, the feeding transverse moving assembly is arranged on the feeding jacking platform, and comprises a feeding transverse moving screw rod, a feeding transverse moving support, a feeding transverse moving screw rod motor, a feeding, The feeding transverse moving guide rail, the first feeding transverse moving roller assembly, the second feeding transverse moving roller assembly, the feeding transverse moving driving assembly and the feeding transverse guide nozzle are mounted on the left side and the right side of the feeding jacking table, the feeding transverse moving guide rail is mounted on the feeding jacking table and is positioned between the two feeding transverse moving screw rod supports, the feeding transverse moving support can slide left and right and is arranged on the feeding transverse moving guide rail, the feeding transverse moving screw rod nut sleeve is mounted on the feeding transverse moving support, the feeding transverse moving screw rod can be rotatably arranged on the feeding transverse moving screw rod support, the feeding transverse moving screw rod is in threaded connection with the feeding transverse moving screw rod nut sleeve, the feeding transverse moving screw rod motor is mounted on the feeding transverse moving screw rod support, the feeding transverse moving screw rod motor is in coaxial connection with the feeding transverse moving screw rod, and the first feeding transverse moving roller assembly comprises a first feeding upper roller transverse moving guide rail, a second feeding transverse moving guide rail and a feeding transverse, The first feeding transverse moving upper roll ring and the first feeding transverse moving lower roll are arranged up and down and can be rotatably arranged on the feeding transverse moving support, the second feeding transverse moving roll assembly comprises a second feeding transverse upper roll and a second feeding transverse lower roll, the second feeding transverse upper roll ring and the second feeding transverse lower roll are arranged up and down and can be rotatably arranged on the feeding transverse moving support, the feeding transverse moving driving assembly comprises a feeding transverse moving driving motor, a first feeding transverse moving synchronous chain wheel, a second feeding transverse synchronous chain wheel and a feeding transverse synchronous chain, the first feeding transverse moving synchronous chain wheel is coaxially arranged at one end of the first feeding transverse moving upper roll, the second feeding transverse synchronous chain wheel is coaxially arranged at one end of the second feeding transverse moving upper roll, and the first feeding transverse moving synchronous chain wheel and the second feeding transverse moving synchronous chain wheel are connected through the feeding transverse synchronous chain, the feeding transverse moving driving motor is installed on the 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 nozzle is installed 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 arranged in a vertically symmetrical mode, and a feeding transverse moving guide notch is formed in the middle of the feeding transverse moving upper guide plate and the feeding transverse moving lower guide plate.

2. A silkworm pocket conveying device according to claim 1, wherein: the supply traversing motor is a servo motor.

3. A silkworm pocket conveying device according to claim 1, wherein: the first upper transition roller, the first lower transition roller, the second upper transition roller and the second lower transition roller are transition rubber rollers.

4. A silkworm pocket conveying device according to claim 1, wherein: 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 with bumps uniformly distributed on the surfaces.

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