CN210262119U - Cotton spinning logistics conveying system - Google Patents
Cotton spinning logistics conveying system Download PDFInfo
- Publication number
- CN210262119U CN210262119U CN201920743446.1U CN201920743446U CN210262119U CN 210262119 U CN210262119 U CN 210262119U CN 201920743446 U CN201920743446 U CN 201920743446U CN 210262119 U CN210262119 U CN 210262119U
- Authority
- CN
- China
- Prior art keywords
- barrel
- conveying
- full
- cotton
- conveying line
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Preliminary Treatment Of Fibers (AREA)
- Spinning Or Twisting Of Yarns (AREA)
Abstract
The utility model provides a cotton spinning logistics conveying system constructs the transfer chain of carrying the silver between carding machine, pre-drawing machine, strip and the book combine, comber, end drawing frame, the fly frame that handles to the silver in proper order, and the transfer chain is including the parallelly connected transport vechicle of comb, the parallelly connected transport line of comb, head and to strip and roll up transfer chain, strip and roll up to the combed transfer chain, combed to end and transfer chain, and thick transfer chain. The utility model discloses save the labour cost, effectively practice thrift the cost, reduce the expenditure to make the material can trace back the source, improve product quality.
Description
Technical Field
The utility model belongs to the technical field of the weaving and specifically relates to a be applied to cotton spinning commodity circulation conveying system of spinning mill is related to.
Background
The current spinning process flow comprising a combing process comprises: opening and picking, cotton carding, pre-drawing, sliver doubling and rolling, combing, end doubling, roving and spun yarn. The technological process of opening and picking cotton and carding cotton is completed by a combined blowing and carding unit, pre-drawing and end-drawing are completed by a drawing frame, sliver-drawing and coiling are completed by a sliver-drawing and coiling combination machine, combing is completed by a combing machine, roving is completed by a roving frame, and spun yarn is completed by a spinning frame. In order to improve the quality of the semifinished products and to improve the environmental hygiene in the opening and picking plant, the devices in the carding unit upstream of the carding machine, such as the fleece grippers, the mixers, the pickers, etc., are usually installed separately from the carding machine in a plant, known as the opening and picking plant. The cotton in the workshop is pneumatically conveyed by pipelines, so that the automation of processing material flow is realized.
Because the requirements on the environment temperature and humidity are close in the links from cotton carding to roving process, a carding machine, a drawing frame and a roving frame can be arranged in a next workshop, namely a carding and roving workshop, and a pre-drawing frame, a sliver lap combination machine and a combing machine in the combing process are arranged in the next combing workshop. The material conveying among the parts of equipment is generally completed manually. The spinning frame is arranged in a spinning workshop and is communicated with the roving frame automatically in logistics. Consequently carry from each unit equipment material between carding machine to the fly frame and promote the instrument sliver barrel of keeping in through the workman and realize, this kind of traditional mode needs a large amount of personnel, and workman intensity of labour is big, and conveying efficiency is low, when certain equipment trouble in addition, is unfavorable for traceing back corresponding production facility through the material.
SUMMERY OF THE UTILITY MODEL
The utility model provides a cotton spinning logistics conveying system for solve the automation problem of carrying from each unit equipment material between carding machine to the fly frame, its technical scheme as follows:
the utility model provides a cotton spinning commodity circulation conveying system, constitutes the transfer chain of carrying the silver between carding machine, pre-drawing machine, strip and book combination machine, comber, end drawing frame, the fly frame that handles the silver in proper order, includes:
combing and connecting the conveying cars in parallel: the first barrel is used for conveying the first barrel to a pre-drawing machine, and cotton slivers produced by the carding machine except the front row are stored in the first barrel;
combing and connecting in parallel with a conveying line: the cotton sliver pre-drawing machine is used for directly conveying cotton slivers produced by the front row of carding machines to the pre-drawing machine;
head-to-strip-and-coil conveyor line: the second barrel is used for conveying the second barrel to the sliver lap combination machine, and the second barrel stores the cotton sliver produced after the pre-drawing frame is processed;
and (3) strip coiling to a combing conveying line: the cotton lap produced after being processed by the combined sliver lap machine is conveyed to a combing machine;
combing to end and conveying line: the third barrel is used for conveying the third barrel to a final drawing frame, and cotton slivers produced after processing by the combing machine are stored in the third barrel;
and roughly conveying the wire: the fourth barrel is used for conveying the fourth barrel to the roving frame, and the fourth barrel stores cotton slivers produced after processing by the last drawing frame.
Further, the comb parallel transportation line comprises a comb parallel strip barrel transportation line, a comb parallel barrel replacing transportation area and a pre-merging working area;
the comb parallel connection barrel conveying line comprises an inlet, an outlet and a conveying line body, wherein the inlet and the outlet are respectively arranged at two ends of the conveying line body, the inlet is used for receiving a first barrel conveyed by a comb parallel connection transport vehicle, and the outlet is used for sending the first barrel to the comb parallel connection transport vehicle;
the pre-merging working area is positioned on the side face of the comb parallel connection barrel conveying line, the barrel is stored through the comb parallel connection barrel changing conveying area, the comb parallel connection barrel changing conveying area comprises a barrel inlet area and a barrel outlet area, and the barrel inlet area and the barrel outlet area are communicated to the conveying line body.
The full sliver can which is close to the carding machine output of the carding parallel sliver can conveying line can be directly pushed into the conveying line body by the executing mechanism, and the empty sliver can on the conveying line body can be pulled into the carding machine equipment.
Full sliver barrels or empty sliver barrels are simultaneously transported on a sliver barrel conveying line in parallel, and when the pre-drawing machine works, sliver barrels in a pre-drawing working area are consumed at the same time and are integrally replaced.
Further, the full barrel is sent out from the pre-drawing machine, enters the head, reaches the strip and coil conveying line, and is sent into the equipment by the executing mechanism; empty barrels are delivered by the equipment, enter the head and reach the strip and coil conveying line, and full barrels or empty barrels are conveyed on the head and reach the strip and coil conveying line in a one-way mode.
The sliver lap-combining conveying line comprises a cotton lap conveying line and a row frame conveying mechanism, full cotton laps are sent out from the sliver lap-combining machine to the cotton lap conveying line and conveyed to a proper position, and the whole row of cotton laps are conveyed to each comber by the row frame conveying mechanism.
The combing-to-end conveying line comprises an annular conveying line and an end-to-end working area, and the end-to-end working area is communicated with the annular conveying line; the last union workspace comprises a barrel outlet line and a workspace communicated with the barrel outlet line.
The coarse conveying line comprises a shuttle car, a goods shelf area, a full barrel preparation area, a full barrel working area and an empty and full barrel conveying line; the goods shelf area, the full barrel preparation area and the full barrel working area are communicated through the empty and full barrel conveying lines, and the transportation of the strip barrels is realized between the empty and full barrel conveying lines and the goods shelf area through the shuttle car.
Empty full bucket transfer chain includes that end and district empty full bucket transfer chain and roving district empty full bucket transfer chain, roving district empty full bucket transfer chain are used for depositing the tray that full bucket workspace passed and carry empty barrel, and end and district empty full bucket transfer chain are used for depositing the tray that carries full barrel to full barrel preparation district transport.
The full barrel preparation area and the full barrel working area are five rows of conveying lines, and each row of conveying lines are conveyed into the barrel through a tray.
The utility model discloses save the labour cost, effectively practice thrift the cost, reduce the expenditure to make the material can trace back the source, improve product quality.
Drawings
FIG. 1 is an overall frame diagram of the cotton textile flow delivery system;
figure 2 is a schematic view of the comb parallel transport line;
FIG. 3 is a schematic view of the head merge-to-strip merge conveyor line;
FIG. 4 is a schematic view of the sliver being unrolled to a combing conveyor line;
FIG. 5 is a schematic view of the combing to end and conveying line;
fig. 6 is a schematic view of the coarse conveyor line.
Detailed Description
A cotton spinning logistics conveying system is established among a carding machine 1, a pre-drawing machine 2, a sliver lap combining machine 3, a combing machine 4, a final drawing machine 5 and a roving machine 6 which sequentially process cotton slivers, and comprises a carding parallel transport vehicle 7, a carding parallel transport line 8, a head lap to sliver lap conveying line 9, a sliver lap to combing conveying line 10, a combing lap to final lap conveying line 11 and a coarse conveying line 12.
The whole logistics line transportation process is as follows:
the cotton sliver produced by the A carding machine 1 is stored in a first barrel, when a plurality of carding machines 1 are arranged in two rows, the first barrel filled with the cotton sliver and produced by front row carding machine equipment close to the next procedure can be directly conveyed to the pre-drawing machine 2 for processing through a carding parallel conveying line 8, and the full first barrel produced by the back row carding machine 1 can be conveyed to the pre-drawing machine 2 for processing through a carding parallel conveying vehicle 7.
And B, storing the cotton sliver produced after the processing of the pre-drawing machine 2 in a second barrel, and conveying the second barrel filled with the cotton sliver to the combined sliver and lap machine 3 for processing through a head-to-strip and lap conveying line 9.
And the C sliver lap combination machine 3 produces the cotton lap after processing, and the cotton lap is conveyed to the combing machine 4 for processing through the sliver lap combination conveying line 10.
And D, storing the cotton slivers produced after the cotton slivers are processed by the combing machine 4 in a third barrel, and conveying the third barrel filled with the cotton slivers to the last drawing frame 5 by a combing and conveying line 11 for processing.
The cotton sliver produced after the E last drawing frame 5 is processed is stored in a fourth barrel, and the fourth barrel filled with the cotton sliver is conveyed to a roving frame 6 through a roving conveying line 12 for processing.
The first to fourth barrels are described for the barrels of the different stages of transport.
For the conveying process in the above a, the following is specifically implemented:
the comb parallel transport line 8 comprises a comb parallel strip barrel transport line 81, a comb parallel barrel exchange transport area 82 and a pre-merging working area 83; the combined delivery line 81 includes an inlet 811, an outlet 812, and a delivery line 813; the comb and parallel change bucket transfer section 82 includes a bucket entry section 821 and a bucket exit section 822.
The full sliver cans produced by the carding machine 1, which is far from the sliver can transfer line 81, can be transferred to the inlet 811 by the sliver can parallel transport vehicle 7, and the sliver can be received by the sliver can parallel transport vehicle 7 at the outlet 812 and then transferred to the carding machine 1.
Full sliver cans produced by the carding machine 1 close to the parallel sliver can conveying line 81 can be directly pushed into the conveying line 813 by an actuating mechanism, and empty sliver cans on the conveying line 813 can also be pulled into the carding machine equipment.
Full sliver cans or empty sliver cans are simultaneously and unidirectionally transported on the sliver can transporting line 81, and when the pre-drawing machine 2 works, sliver cans in the pre-drawing working area 83 are simultaneously consumed and are integrally replaced. The replacement process comprises the following steps: the whole row of the exhausted empty barrel is pushed into the barrel discharging area 822 at the same time, then the exhausted empty barrel is conveyed to the conveying line 813, meanwhile, the empty barrel in the adjacent row enters the row to wait for being pushed into the barrel discharging area 822, and the like; full barrels enter through the barrel entering area 821, the barrel entering area 821 is divided into three rows, the full barrels enter from one row farthest from the pre-merging working area 83 and are conveyed in an S-row mode in a top-to-top mode until the full barrels are filled in the third row, the full barrels in the third row are simultaneously drawn into one row of working areas of the pre-merging working area 83, the drawn full barrels in the row continue to convey and fill other empty rows of the pre-merging working area 83, and the full barrels continue to be conveyed in the row at the same time until the positions of a plurality of rows of the working area 83 are replaced by the full barrels. At this point, manual piecing may be performed and the pre-drawing frame 2 may begin to operate.
For the conveying process in the above B, the following is specifically implemented:
full barrels are sent out from the pre-drawing machine to the entry head and then to the strip and coil conveying line 9, the wire bodies pass through the strip and coil combination machine 3 and are sent to equipment by the execution mechanism, empty barrels are also sent out from the equipment to the entry head and then to the strip and coil conveying line 9, and the full barrels or the empty barrels are simultaneously conveyed on the entry head and then to the strip and coil conveying line 9 in a one-way mode.
For the conveying process in the above C, the following is specifically implemented:
the sliver lap-to-combing line 10 includes a lap line 101, and a creel transport mechanism 102. Full rolls are delivered from the lap-lap combination machine 3 to a lap transfer line 101 for transfer to a suitable location, and the entire row is transferred by a row carrier 102 to the respective combing machines 4. Similarly, the empty lap is sent to the lap conveyor line 101 by the traveling carriage 102.
For the conveying process in D above, this is specifically realized by:
combing-to-end conveying line 11 includes an annular conveying line 111, an end-to-end working area 112, and end-to-end working area 112 includes a bucket outlet line 1121, a working area 1122. The full sliver cans produced by combing machine 4 are fed directly to the endless conveyor line 111, are advanced in the final combining area 112 when transported to the working area, and empty sliver cans are removed from the final combining area 112 onto the endless conveyor line 111. When the full bucket of work area 1122 is in place, the draw frame begins to operate.
For the conveying process in the above E, the following is specifically implemented:
and the rough conveyor line 12 includes a shuttle 121, a shelving area 122, a full-barrel preparation area 123, a full-barrel work area 124, an empty-full-barrel conveyor line 125, and a pallet 126. The empty and full bucket transfer line 125 includes an end-and-area empty and full bucket transfer line 1251 and a roving area empty and full bucket transfer line 1252. The full-bucket staging area 123 and the full-bucket work area 124 are five rows of conveyor lines, all of which allow for the transport of pallets 126, with empty or full buckets being loaded on the pallets 126. The shelf area 122 is used to store spare empty barrels. The shuttle 121 is used to take out, store and transport the carrier strip barrels, and to communicate the end-and-area empty and full barrel transfer line 1251 and the roving area empty and full barrel transfer line 1252.
The specific conveying process is as follows: the shuttle car 121 takes the empty barrel with the tray from the shelf area 122 and sends the empty barrel to the last and full barrel conveying line 1251 from the IN position, the tray with the empty barrel is conveyed to the last drawing frame to be filled with the cotton sliver to form a full barrel, then the empty and full barrel conveying line 1251 is sent OUT and conveyed to the OUT position, and the shuttle car can move to the OUT position to send the tray with the full barrel to the full barrel preparation area 123. When the barrel in the full barrel working area 124 is consumed up, the barrel is sent to the roving area empty and full barrel conveying line 1252, at the moment, the full barrel preparation area 123 is gradually sent to the full barrel working area 124 through the roving area empty and full barrel conveying line 1252, the barrel full preparation area 123 and the full barrel working area 124 store the same barrel number, and the operation is repeated.
The utility model discloses save the labour cost, effectively practice thrift the cost, reduce the expenditure to make the material can trace back the source, improve product quality.
Claims (10)
1. The utility model provides a cotton spinning logistics conveying system which characterized in that, constitutes the transfer chain of carrying the silver between carding machine, pre-drawing machine, strip and book combination machine, comber, last drawing frame, the fly frame that handles the silver in proper order, includes:
combing and connecting the conveying cars in parallel: the first barrel is used for conveying the first barrel to a pre-drawing machine, and cotton slivers produced by the carding machine except the front row are stored in the first barrel;
combing and connecting in parallel with a conveying line: the cotton sliver pre-drawing machine is used for directly conveying cotton slivers produced by the front row of carding machines to the pre-drawing machine;
head-to-strip-and-coil conveyor line: the second barrel is used for conveying the second barrel to the sliver lap combination machine, and the second barrel stores the cotton sliver produced after the pre-drawing frame is processed;
and (3) strip coiling to a combing conveying line: the cotton lap produced after being processed by the combined sliver lap machine is conveyed to a combing machine;
combing to end and conveying line: the third barrel is used for conveying the third barrel to a final drawing frame, and cotton slivers produced after processing by the combing machine are stored in the third barrel;
and roughly conveying the wire: the fourth barrel is used for conveying the fourth barrel to the roving frame, and the fourth barrel stores cotton slivers produced after processing by the last drawing frame.
2. The cotton textile flow delivery system of claim 1, wherein: the comb parallel transport line comprises a comb parallel strip barrel conveying line, a comb parallel barrel replacing conveying area and a pre-merging working area;
the comb parallel connection barrel conveying line comprises an inlet, an outlet and a conveying line body, wherein the inlet and the outlet are respectively arranged at two ends of the conveying line body, the inlet is used for receiving a first barrel conveyed by a comb parallel connection transport vehicle, and the outlet is used for sending the first barrel to the comb parallel connection transport vehicle;
the pre-merging working area is positioned on the side face of the comb parallel connection barrel conveying line, the barrel is stored through the comb parallel connection barrel changing conveying area, the comb parallel connection barrel changing conveying area comprises a barrel inlet area and a barrel outlet area, and the barrel inlet area and the barrel outlet area are communicated to the conveying line body.
3. The cotton textile flow delivery system of claim 2, wherein: full sliver can of carding machine output that is close to parallelly connected sliver can transfer chain can be directly pushed into the transfer chain body by actuating mechanism, also can draw into carding machine equipment with the empty sliver can on the transfer chain body.
4. The cotton textile flow delivery system of claim 2, wherein: full sliver barrels or empty sliver barrels are simultaneously transported on a sliver barrel conveying line in parallel, and when the pre-drawing machine works, sliver barrels in a pre-drawing working area are consumed at the same time and are integrally replaced.
5. The cotton textile flow delivery system of claim 1, wherein: the full barrel is sent out from the pre-drawing machine, enters the head, reaches the strip rolling conveying line and is sent into equipment by an actuating mechanism; empty barrels are delivered by the equipment, enter the head and reach the strip and coil conveying line, and full barrels or empty barrels are conveyed on the head and reach the strip and coil conveying line in a one-way mode.
6. The cotton textile flow delivery system of claim 1, wherein: the sliver lap-combining conveying line comprises a cotton lap conveying line and a row frame conveying mechanism, full cotton laps are sent out from the sliver lap-combining machine to the cotton lap conveying line and conveyed to a proper position, and the whole row of cotton laps are conveyed to each comber by the row frame conveying mechanism.
7. The cotton textile flow delivery system of claim 1, wherein: the combing-to-end conveying line comprises an annular conveying line and an end-to-end working area, and the end-to-end working area is communicated with the annular conveying line; the last union workspace comprises a barrel outlet line and a workspace communicated with the barrel outlet line.
8. The cotton textile flow delivery system of claim 1, wherein: the coarse conveying line comprises a shuttle car, a goods shelf area, a full barrel preparation area, a full barrel working area and an empty and full barrel conveying line; the goods shelf area, the full barrel preparation area and the full barrel working area are communicated through the empty and full barrel conveying lines, and the transportation of the strip barrels is realized between the empty and full barrel conveying lines and the goods shelf area through the shuttle car.
9. The cotton textile flow delivery system of claim 8, wherein: empty full bucket transfer chain includes that end and district empty full bucket transfer chain and roving district empty full bucket transfer chain, roving district empty full bucket transfer chain are used for depositing the tray that full bucket workspace passed and carry empty barrel, and end and district empty full bucket transfer chain are used for depositing the tray that carries full barrel to full barrel preparation district transport.
10. The cotton textile flow delivery system of claim 8, wherein: the full barrel preparation area and the full barrel working area are five rows of conveying lines, and each row of conveying lines are conveyed into the barrel through a tray.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920743446.1U CN210262119U (en) | 2019-05-21 | 2019-05-21 | Cotton spinning logistics conveying system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920743446.1U CN210262119U (en) | 2019-05-21 | 2019-05-21 | Cotton spinning logistics conveying system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210262119U true CN210262119U (en) | 2020-04-07 |
Family
ID=70025939
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920743446.1U Active CN210262119U (en) | 2019-05-21 | 2019-05-21 | Cotton spinning logistics conveying system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210262119U (en) |
-
2019
- 2019-05-21 CN CN201920743446.1U patent/CN210262119U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN110331483B (en) | Full-flow intelligent spinning production line | |
| CN102502356B (en) | Tube managing machine | |
| CN108998867B (en) | Production method of pure cotton yarn by adopting roving-spinning unit | |
| CN212688290U (en) | Automatic material conveying and circulating system for cotton carding, drawing and combing | |
| CN210341187U (en) | Rapid feeding system for cotton spinning drawing rough yarn | |
| CN210262119U (en) | Cotton spinning logistics conveying system | |
| CN112030286B (en) | Drawing roving system and barrel conveying method for drawing roving system | |
| CN111910305A (en) | Rapid feeding system for cotton spinning drawing rough yarn | |
| CN110055649B (en) | Intelligent production method of blended yarn | |
| CN1510183A (en) | Method and device for combining carding, combing and drawing | |
| US5038438A (en) | Automated yarn manufacturing system | |
| CN112030287B (en) | Sliver can feeding device and method for roving frame | |
| CN108803521B (en) | Continuous intelligent flexible production method for carded wool spinning | |
| CN111910307A (en) | Rapid feeding system for cotton spinning drawing rough yarn | |
| CN110055634B (en) | Cotton spinning logistics conveying system | |
| CN210341186U (en) | Automatic empty and full can dispatching system of drawing frame | |
| GB2277937A (en) | Process and apparatus for filling sliver cans | |
| CN112301477A (en) | Sliver barrel arrangement and operation method for automatic conveying of sliver barrels of roving frame | |
| CN218951635U (en) | Automatic yarn feeding and discharging device for yarn fixing rack of weft knitting circular knitting machine | |
| CN213113652U (en) | Automatic sliver can conveying system | |
| CN210341166U (en) | Automatic sliver can conveying and temporary storage system for pre-merging sliver and rolling sliver | |
| CN1082635A (en) | The combing production method and the device of lap | |
| CN111910306A (en) | Automatic empty and full can dispatching system and method for drawing frame | |
| CN210341181U (en) | Rapid feeding system for cotton spinning drawing rough yarn | |
| CN2663450Y (en) | Associated equipment of two working operations for producing converted top |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |