CN102051762A - Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity - Google Patents

Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity Download PDF

Info

Publication number
CN102051762A
CN102051762A CN2009102066708A CN200910206670A CN102051762A CN 102051762 A CN102051762 A CN 102051762A CN 2009102066708 A CN2009102066708 A CN 2009102066708A CN 200910206670 A CN200910206670 A CN 200910206670A CN 102051762 A CN102051762 A CN 102051762A
Authority
CN
China
Prior art keywords
cloth
length
bar
spread roller
plaiting
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.)
Granted
Application number
CN2009102066708A
Other languages
Chinese (zh)
Other versions
CN102051762B (en
Inventor
陈世基
徐正会
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
BAILONG MACHINERY PLANT Co Ltd
Original Assignee
BAILONG MACHINERY PLANT Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by BAILONG MACHINERY PLANT Co Ltd filed Critical BAILONG MACHINERY PLANT Co Ltd
Priority to CN2009102066708A priority Critical patent/CN102051762B/en
Publication of CN102051762A publication Critical patent/CN102051762A/en
Application granted granted Critical
Publication of CN102051762B publication Critical patent/CN102051762B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Landscapes

  • Folding Of Thin Sheet-Like Materials, Special Discharging Devices, And Others (AREA)

Abstract

The invention discloses a method and a mechanism for equivalently lowering and folding cloth woven by a circular knitting machine according to cloth quantity. The cloth woven by the circular knitting machine is fed out after passing through a buffering temporary storage mechanism which can store the cloth temporarily and is partitioned into three section cloth lengths; the decrement of a third section cloth length on the lower side is equal to the summation of the increment of a first section cloth length and the increment of a second section cloth length; the increment of the first section cloth length is equal to that of the second section cloth length; the increment of the third section cloth length is equal to the summation of the decrement of the first section cloth length and the decrement of the second section cloth length; the decrement of the first section cloth length is equal to that of the second section cloth length; and the three section cloth lengths are mechanically complemented with one another through the buffering temporary storage mechanism, so that cloth above a cloth folding rod which moves and lowers the cloth in a reciprocating way keeps fixed tension, and cloth continuously woven by the circular knitting machine is equivalently lowered and folded on a cloth carrying plate if the cloth above the cloth folding rod keeps the fixed tension.

Description

Form equivalent with cloth amount under the braiding of circle volume machine and fall cloth folding method and mechanism thereof
Technical field
The present invention relates to a kind of cloth be continued to fall cloth folding method and mechanism thereof, be specifically related to a kind of be used for cloth that circle volume machine woven mechanically synchronously equivalent cloth and folding method and mechanism thereof fall.
Background technology
At present round volume machine employed folding machine on market, the folding length size discrimination of complying with its folding cloth are half folding length folding machine and full folding length folding machine; So-called " full folding length folding machine " is: folding machine is in circle volume machine, and when this circle volume machine continues to knit out cloth, thereby this folding machine can fall folding this cloth of cloth with folding length scope maximum in this circle volume machine simultaneously; And the folding length scope of " half folding length folding machine " then only is half of " full folding length folding machine ".
, mainly be at first because cloth behind circle volume machine volume machine, all must be handled through dyeing about the shortcoming of half folding length folding machine; And when cloth dyeed, dye vat must once dye fixing cloth amount, thereby so cloth behind headtotail, just can reach certain amount and advance dye vat dyeing; Yet, since the cloth amount of holding that provided of half folding length folding machine only for full folding length folding machine half, so in dyeing back cloth must with can't level dyeing partly remove end to end, this promptly can cause considerable waste material generation.Yet,, promptly be equal to the cost that reduces material if can reduce the generation of waste material; Therefore, on the future market in circle volume machine employed folding machine, yes with the full folding length folding machine that cloth folding can be gone out maximum folding length is main flow.
Yet the round in the market employed full folding length folding machine of volume machine also has its problem to exist, and please consults earlier shown in Fig. 1-1, Fig. 1-2, is the plaiting start floor map of existing full folding length folding machine.Can find out by Fig. 1-1, when cloth 7 that circle volume machine continues to knit out, if the cloth 7 that is positioned at spread roller group 2 belows and plaiting bar group 5 tops is under can not sagging naturally situation, be positioned at the increase of the cloth amount equivalent that 7 natures of cloth of this plaiting bar group 5 belows can be constantly continue to knit out with circle volume machine, move the chain 4 that is dynamically connected this moment if driven wheel 3 continues to clockwise rotate and drive 5 horizontal displacements to the right of plaiting bar group, the cloth 7 that this plaiting bar group 5 can increase the cloth amount equivalent that its below and circle volume machine continue to knit out is tiled in and carries on the fabric swatch 6; But problem just is that the plaiting bar group 5 of this existing full folding length folding machine 1 is after horizontal displacement to the right, originally existed 7 of the clothes of spread roller group 2 belows and plaiting bar group 5 tops two kinds of results can occur, at first be exactly to add in plaiting bar group 5 to make them that device of work feed (as: program-controlled device control motor changes soon) could be with it as soon as possible to plaiting bar group 5 below work feeds fast automatically, but this must cause as Fig. 1-2 carries cloth 7 on the fabric swatch and produce fold, be exactly again this plaiting bar group 5 can't be automatically work feed and allow the cloth 7 formation sagging that had spread roller group 2 belows and plaiting bar group 5 tops originally fast, also shown in Fig. 1-2, then form this plaiting bar group 5 when horizontal displacement obstruction and cause the problem of card machine to take place; Therefore, as when Fig. 1-2 state, existing full folding length plaiting is if will overcome the generation of this two problem, its unique method is when circle volume machine does not knit out cloth 7 as yet, this plaiting bar group 5 just get back to fast this spread roller group 2 send cloth 7 under, and originally existed the cloth 7 of spread roller group 2 belows and plaiting bar group 5 tops also must simultaneously it be delivered to plaiting bar group 5 belows, so just cloth 7 can be tiled in really and carry on the fabric swatch 6, and can not cause the generation of this plaiting bar group 5 card machine when horizontal displacement; Though the theory that existing full folding length plaiting technical problem overcomes is like this, in fact and this plaiting bar group 5 just can't be got back to when circle volume machine does not knit out cloth 7 as yet fast this spread roller group 2 send cloth 7 under reach with mechanism.
So in sum, half folding length folding machine exists with the problem that existing full folding length folding machine has following essence respectively:
One, since half folding length folding machine hold the cloth amount only for full folding length folding machine half, therefore this cloth 7 is removed end to end and must be produced considerable waste material after dyeing, so form the waste that manually reaches Material Cost;
Two, existing full folding length folding machine is when the plaiting backhaul, the fold phenomenon that easily causes cloth cover to tile, if again after the weight of top plaiting, this fold will be difficult to reply the surface of its otherwise flat;
Three moreover; existing full folding length folding machine is when the plaiting backhaul, and plaiting bar group 5 tops do not fall cloth folding horizontal cloth 7 as yet because the tension force deficiency easily causes cloth cover to be the sagging phenomenon of depression; thereby influence the backhaul pathways of these plaiting bar group 5 horizontal displacements, so regular meeting has the problem of card machine to take place.
The variety of problems of the above half folding length folding machine and existing full folding length folding machine is all the existing for a long time problem of present industry, but can't obtain all the time essence effectively way solve, therefore solve the real still relevant dealer's task of top priority of above-mentioned variety of problems.
Summary of the invention
Main purpose of the present invention, be to solve the plaiting method of above-mentioned half folding length folding machine and known full folding length folding machine and the problem that mechanism produced thereof, the horizontal cloth that the present invention has not only increased before falling cloth can be kept straight tension force, more with this horizontal cloth with mechanism move mode with its temporary repeatedly with send, fully mechanically reach with the braiding of circle volume machine down the cloth amount form equivalent and fall the folding purpose of the full folding length of cloth.
For reaching above-mentioned purpose, the present invention propose a kind of and the braiding of circle volume machine down the cloth amount form equivalent and fall the folding method of cloth, this method comprises: a spread roller group is provided, level places the interior space of round volume machine and is the cloth below that circle volume machine continues to knit out, this spread roller group is also compiled the eedle tube with circle and is rotated in the same way synchronously, and spread roller group has the axle rotatory force that band cloth descends; To justify the cloth that the volume machine continues to knit out, through after going into the flattening of spread roller group, laying out by a direction side; Two plaiting rails are provided, and level places the below at above-mentioned spread roller group two ends, and keeps vertical fixing with spread roller group, and the plaiting rail is provided with the rail groove of a level; Be positioned at spread roller group cloth is laid out the direction side; One first cloth bar is provided, with the mode cross-over connection that is pivoted in rail groove one outside of plaiting rail, this first cloth bar and with spread roller group keeping parallelism; The cloth that spread roller group is laid out, around going on first cloth bar, and by oppositely laying out around the Inbound side-lower; Be positioned at first cloth bar cloth is laid out the direction side, an equalization of strain carriage release lever is provided, it is cross-placed on the above-mentioned rail groove, make the equalization of strain carriage release lever can be on the rail groove back and forth horizontal displacement, and equalization of strain carriage release lever and spread roller group keeping parallelism; The cloth that first cloth bar laid out around going on the equalization of strain carriage release lever, and by oppositely laying out around the Inbound side-lower, makes and forms the first section cloth length between first cloth bar and equalization of strain carriage release lever; One first rope chain fixing point is provided, is fixedly arranged on another outside of rail groove of plaiting rail, and is positioned at the equidirectional side that first cloth bar lays out cloth the direction side; One rope chain is provided, and an end is fixedly arranged on the first rope chain fixing point, and the other end is then around going on the equalization of strain carriage release lever side, and by oppositely laying out around the Inbound side-lower, makes and form the first section rope chain length between the first rope chain fixing point and equalization of strain carriage release lever; Be positioned at the equalization of strain carriage release lever cloth laid out the direction side, one second cloth bar is provided, its with the mode cross-over connection that is pivoted in the plaiting rail rail groove outside, second cloth bar and with spread roller group keeping parallelism; The cloth that the equalization of strain carriage release lever is laid out again around going into second cloth bar, and by oppositely laying out around the Inbound side-lower, makes between equalization of strain carriage release lever and second cloth bar and forms the second section cloth length; Be positioned at the equalization of strain carriage release lever rope chain is laid out the direction side, a rope chain rivet turning point is provided, it is hubbed at the plaiting rail rail groove outside; The rope chain that the equalization of strain carriage release lever is laid out again around going into this rope chain rivet turning point, and by oppositely laying out around the Inbound side-lower, makes and forms the second section rope chain length between equalization of strain carriage release lever and rope chain rivet turning point; On the rail groove, provide the translation of the reciprocal horizontal displacement power of a tool to fall cloth apparatus, this translation is fallen on the cloth apparatus with the mode cross-over connection that is pivoted tool axle rotatory force and level just turnover cloth bar and counter-rotating plaiting bar arranged side by side, and can horizontal displacement reciprocal with spread roller group keeping parallelism on the plaiting rail between second cloth bar and the rope chain rivet turning point; The cloth that second cloth bar laid out, again between the forward and backward plaiting bar of going into tool axle rotatory force, and the below between forward and backward plaiting bar, the work feed that forms the cloth equivalent that continues to knit out with circle volume machine descends, and makes and forms the 3rd section cloth length between second cloth bar and forward and backward plaiting bar; Falling in translation provides one second rope chain fixing point on the cloth apparatus; With the rope chain that rope chain rivet turning point is laid out, be fixed in this second rope chain fixing point, make and form the 3rd section rope chain length between the rope chain rivet turning point and the second rope chain fixing point; One year fabric swatch is provided, its level places in the round volume machine space and falls the cloth apparatus below for translation, it is wide that this year, the fabric swatch width was at least the cloth of cloth, and length is at least translation reciprocal formed spacing of forward and backward plaiting bar when falling the reciprocal horizontal displacement of cloth apparatus, and carries fabric swatch and keep synchronously rotation in the same way with spread roller group; In just, when the cloth equivalent work feed that below and circle volume machine continue to knit out between counter-rotating plaiting bar descends, then back and forth horizontal displacement between second cloth bar and rope chain rivet turning point of cloth apparatus falls in this translation, the amount that the 3rd section cloth length is reduced, the amount that equaling the first section cloth length is increased adds the amount that the second section cloth length is increased, and the amount that the first section cloth length is increased also equals the amount that the second section cloth length is increased, and the amount that the 3rd section cloth length is reduced, equal the amount that the 3rd section rope chain length is increased simultaneously, also equal the amount that the first section rope chain length reduced and add the amount that the second section rope chain length is reduced; Relative, the amount that the 3rd section cloth length is increased, equal the amount that the first section cloth length reduced and add the amount that the second section cloth length is reduced, and the amount that the first section cloth length is reduced also equals the amount that the second section cloth length is reduced, and the amount that the 3rd section cloth length is increased, equal the amount that the 3rd section rope chain length is reduced simultaneously, the amount that also equaling the first section rope chain length is increased adds the amount that the second section rope chain length is increased, make equalization of strain carriage release lever while and translation fall the back and forth horizontal displacement between the rail groove on the contrary of cloth apparatus direction of displacement, form translation fall cloth apparatus when reciprocal horizontal displacement above cloth be maintained fixedly tension force, and then equivalent work feed material descends to being folded to and carries on the fabric swatch.
The present invention also proposes a kind of buffering temporary storage mechanism of implementing according to said method, this buffering temporary storage mechanism links with the break-in speed change roller box transmission that circle is compiled the transmission that rotational power links of eedle tube, and these break-in speed change roller box two ends extend upward to be pivoted with by this break-in speed change roller box and a rotatory force are provided and compile the spread roller group that the eedle tube rotates synchronously in the same way with circle, this spread roller group is that level places space in the round volume machine and knits out the below of cloth for circle volume machine, be installed with one year fabric swatch on this break-in speed change roller box in addition, this buffering temporary storage mechanism includes: two corresponding plaiting rails, be fixed in this break-in speed change roller box respectively, extend upwardly to the below at the two ends of the spread roller group that is pivoted, and level places the carrying the fabric swatch top of space in the round volume machine and keep vertical with spread roller group, and be respectively equipped with a level and corresponding rail groove; First cloth bar, this first cloth bar and this spread roller group keeping parallelism and two ends are articulated in respectively on rail groove one outside of two plaiting rails; Can be on above-mentioned rail groove the reciprocal equalization of strain carriage release lever of horizontal displacement, this equalization of strain carriage release lever is to be cross-placed on respectively on the rail groove with this spread roller group keeping parallelism and two ends; Second cloth bar, this second cloth bar be with spread roller group keeping parallelism and two ends be articulated in respectively with the rail groove of first the cloth bar homonymy outside on; Two first rope chain fixing points, two first cloth bars are fixedly arranged on respectively on another outside of rail groove of two plaiting rails accordingly; Two rope chain rivet turning points, two rope chain rivet turning points are corresponding respectively to be hubbed on two plaiting rail rail grooves outsides with the first rope chain fixing point homonymy; Cloth apparatus falls in two translations that place on the plaiting rail and have reciprocal horizontal displacement power between second cloth bar and rope chain rivet turning point, two translations are fallen to stride on the cloth apparatus to establish and are articulated with tool axle rotatory force and level just turnover cloth bar and counter-rotating plaiting bar arranged side by side, and this forward and backward plaiting bar and spread roller group keeping parallelism; In addition, fall in two translations and be installed with one second rope chain fixing point on the cloth apparatus respectively; Article two, rope chain, two rope chains an end separately are fixedly arranged on the first rope chain fixing point, and the other end is then through being around in equalization of strain carriage release lever side separately, and the catadioptric rope chain rivet turning point that is around in, and catadioptricly again are fixed in two second rope chain fixing points separately.
The present invention also proposes more than one and states the buffering full folding length folding machine that temporary storage mechanism constituted, this full folding length folding machine includes: the break-in speed change roller box of being compiled the transmission that rotational power links of eedle tube by circle, this break-in speed change roller box places in the round volume machine and compiles the rotation in the same way synchronously of eedle tube bottom the space and with circle, and these break-in speed change roller box two ends have extended upward first side plate and second side plate, and are installed with one year fabric swatch on the break-in speed change roller box between first side plate and second side plate; One horizontal pivot is located at the spread roller group of first side plate and second side plate, and this spread roller group is positioned at the below that round volume machine knits out cloth, and spread roller group is positioned at and carries the fabric swatch top and link with the transmission of break-in speed change roller box; One lead agency that is hubbed on second side plate and links with the transmission of spread roller group; One in spread roller group and carry buffering temporary storage mechanism between the fabric swatch, and two plaiting rails of buffering temporary storage mechanism are fixedly arranged on first side plate and second side plate respectively, and lead agency falls cloth apparatus transmission binding with the translation of being located at the plaiting rail on second side plate.
By the above-mentioned technological means that proposes, the present invention falls cloth method for folding and mechanism's technology thereof compared to half folding length folding machine and existing full folding length folding machine, and essence has following useful effect:
One, because the present invention is full folding length folding machine, have the maximum cloth amount of holding, therefore compared to half folding length folding machine, the minimal waste that the present invention is produced in cloth dyeing back is so can effectively reduce the cost of artificial and material;
Two, full folding length folding machine of the present invention is when the plaiting backhaul, because of having mechanism in the mode of moving that horizontal cloth is temporary repeatedly and that send and keep simultaneously the straight tension force of horizontal cloth, cloth falls so the present invention can form equivalent with cloth amount under the braiding of circle volume machine, and the cloth cover that falls behind the cloth can be guaranteed smooth, the problem that does not more have the card machine takes place, therefore the braid efficiency that can promote round volume machine.
Three moreover, full folding length folding machine of the present invention be fully mechanically reach with the braiding of circle volume machine down the cloth amount form the purpose that cloth falls in equivalent; Therefore, need not add other program-controlled device and be controlled, thus the production cost of full folding length folding machine can be reduced really effectively, and then reduce the waste of earth resource.
Description of drawings
Fig. 1-1, Fig. 1-2 are the plaiting start floor map of existing full folding length folding machine.
Fig. 2 is the stereoscopic schematic diagram of the full folding length folding machine of the present invention.
Another looks up the stereoscopic schematic diagram of angle to Fig. 3 for Fig. 1 of the present invention.
Fig. 4 is the local enlarged diagram of Fig. 1 of the present invention.
Fig. 5-1～Fig. 5-4 cushions the continuous start floor map of temporary storage mechanism for the present invention.
Fig. 6 falls the local decomposing schematic representation that amplifies of cloth apparatus for the translation of Fig. 4 of the present invention.
Fig. 7 links floor map for the part of the full folding length folding machine of the present invention transmission spread roller group.
Fig. 8 links floor map for the lead agency of the full folding length folding machine of the present invention.
Fig. 9-1～Fig. 9-5 is the continuous start floor map of Fig. 8 partial-band actuation mechanism of the present invention.
The specific embodiment
See also Fig. 2～shown in Figure 4, be stereoscopic, another stereoscopic of looking up angle and the local enlarged diagram of the full folding length folding machine of the present invention.The full folding length folding machine 10 of the present invention places in the round volume machine and compiles the rotation in the same way synchronously of eedle tube bottom the space and with circle, this full folding length folding machine 10 includes one as can be seen from Figure can be compiled the break-in speed change roller box 20 of eedle tube transmission that rotational power links by circle, these break-in speed change roller box 20 two ends have extended upward one first side plate 21 and one second side plate 22, and break-in speed change roller box 20 tops between first side plate 21 and second side plate 22 are installed with one year fabric swatch 23, and a spread roller group 40 both ends horizontal are hubbed on first side plate 21 and second side plate 22, and spread roller group 40 is can be positioned at round volume machine to knit out the below of cloth 60 and be positioned at year fabric swatch 23 tops; Please consult shown in Figure 7 in addition simultaneously, part binding floor map for the full folding length folding machine of the present invention transmission spread roller group, first driven roll 42 that spread roller group 40 includes main spread roller 41, places main spread roller 41 1 sides and change with main spread roller 41 synchronous backward axles, and second driven roll 43 that places main spread roller 41 opposite sides and change with main spread roller 41 synchronous backward axles, and the axle rotatory force of main spread roller 41 is to link from the transmission with this break-in speed change roller box 20.
The full folding length folding machine 10 of the present invention still includes one in spread roller group 40 and carry buffering temporary storage mechanism 50 between the fabric swatch 23, please consult Fig. 4, Fig. 5-1 and shown in Figure 6 simultaneously, be the local enlarged diagram of the full folding length folding machine of the present invention, the floor map of buffering temporary storage mechanism, and the local decomposing schematic representation that amplifies of cloth apparatus falls in the translation of buffering temporary storage mechanism; Cushion temporary storage mechanism 50 as can be seen from Figure and include two corresponding plaiting rails 51, article two, plaiting rail 51 is to be fixed in respectively on break-in speed change roller box 20 upwardly extending first side plates 21 and second side plate 22, and be positioned at below the two ends of this cloth rewinder roll group 40 of exhibition, and level places carries fabric swatch 23 tops and vertical with 40 maintenances of spread roller group, and two plaiting rails 51 also are respectively equipped with a level and corresponding rail groove 514; One first cloth bar 54, this first cloth bar 54 are to be articulated in respectively on rail groove 514 1 outsides of two plaiting rails 51 with spread roller group 40 keeping parallelisms and two ends; One can be on this rail groove 514 the reciprocal equalization of strain carriage release lever 53 of horizontal displacement, equalization of strain carriage release lever 53 is cross-placed on respectively on the rail groove 514 with spread roller group 40 keeping parallelisms and two ends; One second cloth bar 55, this second cloth bar 55 and these spread roller group 40 keeping parallelisms and two ends are articulated in respectively on rail groove 514 outsides with first cloth bar 54 homonymy; 511, two first cloth bars 54 of two first rope chain fixing points are fixedly arranged on respectively on rail groove 514 another outsides of two plaiting rails 51 accordingly; 512, two rope chain rivets of two rope chain rivet turning points turning point 512 is hubbed at respectively on two plaiting rails, 51 rail grooves, 514 outsides with the first rope chain fixing point, 511 homonymies accordingly; Cloth apparatus 52 falls in two translations that place on the plaiting rail 51 and have reciprocal horizontal displacement power between second cloth bar 55 and rope chain rivet turning point 512, two translations are fallen to stride on the cloth apparatus 52 to establish and are articulated with tool axle rotatory force and level just turnover cloth bar 521 and counter-rotating plaiting bar 522 arranged side by side, and forward and backward plaiting bar 521,522 and spread roller group 40 keeping parallelisms; In addition, fall in two translations and be installed with one second rope chain fixing point 527 on the cloth apparatus 52 respectively; Article two, 70, two rope chains 70 of rope chain separately an end be fixedly arranged on the first rope chain fixing point 511, the other end is then through being around in equalization of strain carriage release lever 53 sides separately, and the catadioptric rope chain rivet turning point 512 that is around in, and catadioptricly again is fixed in two second rope chain fixing points 527 separately; Wherein, two plaiting rails 51 are installed with tooth bar 513 respectively at rail groove 514 tops, and the length of tooth bar 513 is in the spacing of second cloth bar 55 and rope chain rivet turning point 512; Respectively setting firmly one first ratchet 523 and in cloth bar 521 two ends of just transferring is just changeing gear 525 in addition, and also respectively sets firmly one second ratchet 524 and a counter gear 526 in counter-rotating plaiting bar 522 two ends; Forward and backward plaiting bar 521, the 522 same first distolateral ratchets 523 and second ratchet 524 respectively with same distolateral tooth bar 513 meshing configurations, same distolateral just change gear 525 and the then mutual meshing configuration of same distolateral counter gear 526.
The full folding length folding machine 10 of the present invention also includes a lead agency 30 that is hubbed on second side plate 22 and links with 40 transmissions of spread roller group; Please consult simultaneously again shown in Fig. 8 and Fig. 9-2, be the lead agency binding floor map of the full folding length folding machine of the present invention, and the lead agency part plan schematic diagram of the full folding length folding machine of the present invention; Lead agency 30 includes one and is hubbed on second side plate 22 and synchronous backward rotates with main spread roller 41 transmission bindings cam driven wheel 31 as can be seen from Figure; One is hubbed at second side plate, 22 outsides and takes turns 31 transmissions binding and the synchronous cam follower 32 that rotates in the same way with cam driven, and drive drive that connector chain 311 links by one between cam driven wheel 31 and the cam follower 32, drive connector chain 311 and can be belt, chain or gear etc.; One be hubbed at second side plate, 22 outsides and with the affixed and synchronous cam 33 that rotates in the same way of cam follower 32, cam 33 is provided with a cam track 331, and cam track 331 is to be arranged with curved path by two symmetries to be constituted; One is hubbed at the actuating wheel 34 in second side plate, 22 outsides, and actuating wheel 34 is installed with one and is subjected to the guiding of cam track 331 paths and drives to activate the actuated piece 341 of taking turns 34 swings, and actuated piece 341 is convexly equipped with to cam track 331; One is hubbed at second side plate, 22 outsides and the drive 35 of synchronous backward swing with activating wheel 34 transmission bindings; One with drive 35 swing arms 36 of swing in the same way synchronously, swing arm 36 1 ends are inboard affixed with drive 35 in second side plate 22; One three axostylus axostyle 37, three axostylus axostyles, one ends that articulate with swing arm 36 other ends fall cloth apparatus 52 with translation and articulate, and the other end is then in second side plate, 22 inboard pivot joints one slide blocks 371; Article one, for the slide rail 38 of slide block 371 linear slide displacements, slide rail 38 is vertically located in second side plate, 22 inboards; Wherein, drive 35 synchronously in the same way transmission link a drive link 352, link transmission by a transmission connection piece chain 351 between drive 35 and the drive link 352, this transmission connection piece chain 351 can be belt, chain or gear etc.; Drive link 352 then can be synchronously in the same way transmission be linked to the translation of being located at the plaiting rail 51 on first side plate 21 and fall cloth apparatus 52.
For make the reader can clearer understanding translation of the present invention fall cloth apparatus 52 and can make the cloth bar 521 of just transferring continue the synchronous backward axles when the displacement changeing with counter-rotating plaiting bar 522, please consult again shown in Figure 6, for the local decomposing schematic representation that amplifies of cloth apparatus falls in the translation of Fig. 4 of the present invention.Because plaiting rail 51 is installed with tooth bar 513 in rail groove 514 tops, just changeing gear 525 and respectively set firmly one first ratchet 523 and in cloth bar 521 two ends of just transferring, and also respectively set firmly one second ratchet 524 and a counter gear 526 in counter-rotating plaiting bar 522 two ends, wherein be equipped with the different directions application of force in first ratchet 523 and second ratchet 524 respectively and rotate the unilateral bearing (this is mechanics basic fundamental knowledge, so not drawing formula explanation in addition) that its axle center just can be driven the axle commentaries on classics; So when forward and backward plaiting bar 521,522 same first distolateral ratchets 523 and the one in front and one in back setting respectively of second ratchet 524, and when one in front and one in back distinguishing meshing configuration with same distolateral tooth bar 513, as shown in this figure after cloth apparatus 52 displacement to the right falls in translation, promptly can make in first ratchet 523 the unilateral bearing axle center of establishing that connect not be and be driven the emptying state, and be can be by the drive state in second ratchet, the 524 interior unilateral bearing axle center of establishing that connect; That is to say, when cloth apparatus 52 displacement to the right falls in translation, second ratchet 524 can change because of the meshing relation with tooth bar 513 rotates and drives counter-rotating plaiting bar 522 synchronous inverse time needle shafts, though and first ratchet 523 is also meshing with tooth bar 513, but it is not meshing with second ratchet 524, though rotate counterclockwise so first ratchet 523 is produced by tooth bar 513, but, and make that the affixed just turnover cloth bar 521 in unilateral bearing axle center is equally by drive emptying state therewith because of the unilateral bearing axle center of establishing that connects in first ratchet 523 is the emptying state that do not driven; Yet, because forward and backward plaiting bar 521,522 is at same distolateral meshing mutually just commentaries on classics gear 525 and the counter gear 526 of still being installed with, so then also inverse time needle shaft commentaries on classics synchronously of counter gear 526 when counter-rotating plaiting 522 inverse time of bar needle shaft changes, and just change the synchronous up time needle shafts of gear 525 and change because of counter gear 526 meshing correlations of just changeing gear 525 drive, the related order also up time needle shaft commentaries on classics synchronously of cloth bar 521 of just transferring; On the contrary, fall cloth apparatus 52 after left dislocation, promptly can make in second ratchet 524 the unilateral bearing axle center of establishing that connect not be and be driven the emptying state, and be can be by the drive state in first ratchet, the 523 interior unilateral bearing axle center of establishing that connect when translation; That is to say, when cloth apparatus 52 is fallen in translation to left dislocation, first ratchet 523 can change because of the meshing relation with tooth bar 513 rotates and drives the cloth bar 521 synchronous up time needle shafts of just transferring, though and second ratchet 524 is also meshing with tooth bar 513, but it is not meshing with first ratchet 523, though clockwise rotate so second ratchet 524 is produced by tooth bar 513, but, and make that the affixed counter-rotating plaiting bar 522 in unilateral bearing axle center is equally by drive emptying state therewith because of the unilateral bearing axle center of establishing that connects in second ratchet 524 is the emptying state that do not driven; Yet, because forward and backward plaiting bar 521,522 is at same distolateral meshing mutually just commentaries on classics gear 525 and the counter gear 526 of still being installed with, so when the cloth bar 521 up time needle shafts of just transferring change, then just changeing also up time needle shaft commentaries on classics synchronously of gear 525, and because of the correlation of just changeing gear 525 meshing counter gears 526 drives counter gear 526 synchronous inverse time needle shafts commentaries on classics, the also inverse time needle shaft commentaries on classics synchronously of related order counter-rotating plaiting bar 522.
In order to make disclosed buffering temporary storage mechanism 50 actuator states of reader clearer understanding the present invention of energy, please cooperate again and consult shown in Fig. 5-1～Fig. 5-4, cushion the continuous start floor map of temporary storage mechanism for the present invention.As shown in the figure, spread roller group 40 levels place the sustainable cloth that knits out of round volume machine 60 belows, and spread roller group 40 includes main spread roller 41, places main spread roller 41 1 sides and driven by main spread roller 41 and first driven roll 42 that the synchronous backward axle changes, and places main spread roller 41 opposite sides and driven by main spread roller 41 and second driven roll 43 that the synchronous backward axle changes; And as shown in the figure, the cloth 60 that circle volume machine continues to knit out be by between between the main spread roller 41 and first driven roll 42 around going into, and in around the opposite side of becoming owner of spread roller 41 around to second driven roll 43, laying out; Cloth 60 is through being laid out by the right side after going into 40 flattenings of spread roller group; The cloth 60 that spread roller group 40 is laid out, again around going on first the cloth bar 54 that is pivoted on the spread roller group 40 below plaiting rails 51, and by the below left the direction side lay out; First cloth 60 that cloth bar 54 is laid out again on the equalization of strain carriage release lever 53 of going into to be cross-placed on plaiting rail 51 rail grooves 514, and laid out to the right side by the below, makes 53 of first cloth bar 54 and equalization of strain carriage release levers form the first section cloth length X 1; The cloth 60 that equalization of strain carriage release lever 53 is laid out, again around going on second the cloth bar 55 that is pivoted on the equalization of strain carriage release lever 53 right-hand plaiting rails 51, and by the below left the direction side lay out, make 55 on equalization of strain carriage release lever 53 and second cloth bar form the second section cloth length X 2; Second cloth 60 that cloth bar 55 is laid out, cloth apparatus 52 falls in the translation of the reciprocal horizontal displacement power of tool on the groove 514 of entering the orbit again, because falling in translation, cloth apparatus 52 is pivoted with tool axle rotatory force and level just turnover cloth bar 521 and counter-rotating plaiting bar 522 arranged side by side, so second cloth 60 that cloth bar 55 is laid out, be around just going into tool axle rotatory force, counter-rotating plaiting bar 521, between 522, and in just, counter-rotating plaiting bar 521,522 below, the cloth 60 equivalent work feeds that will circle volume machine continue to knit out descend, make second cloth bar 55 with just, counter-rotating plaiting bar 521,522 form the 3rd section cloth length X 3; And cushioning temporary storage mechanism 50 with interior cloth total length X, equal the first section cloth length X 1 to add that the second section cloth length X 2 adds the 3rd section cloth length X 3, i.e. X=X1+X2+X3.In addition because, fall in translation and to be provided with one second rope chain fixing point 527 on the cloth apparatus 52; And rope chain 70 1 ends are fixedly arranged on this second rope chain fixing point 527, the other end is left around the rope chain rivet turning point 512 of going into to be hubbed at plaiting rail 51 rail grooves 514 outsides, and lay out to the right side by the top, make 512 of the second rope chain fixing point 527 and rope chain rivet turning points form the 3rd section rope chain length Y3; The rope chain 70 that rope chain rivet turning point 512 is laid out, again around going on equalization of strain carriage release lever 53 sides, and by the top left the direction side lay out, make 53 of rope chain rivet turning point 512 and equalization of strain carriage release levers form the second section rope chain length Y2; The rope chain 70 that equalization of strain carriage release lever 53 is laid out again around being fixed to the first rope chain fixing point 511 that is fixedly arranged on these plaiting rail 51 rail grooves 514, makes 511 of the equalization of strain carriage release lever 53 and the first rope chain fixing points form the first section rope chain length Y1; And rope chain total length Y equals the first section rope chain length Y1 to add that the second section rope chain length Y2 adds the 3rd section rope chain length Y3, i.e. Y=Y1+Y2+Y3.Please consult Fig. 5-1 earlier, in the time of 60 times cloth of cloth of continuing to knit out when circle volume machine, translation this moment is fallen cloth apparatus 52 and is begun horizontal displacement to the right, since translation fall cloth apparatus 52 be with rope chain 70 move drawing can horizontal displacement on rail groove 514 equalization of strain carriage release lever 53, so 53 beginnings of equalization of strain carriage release lever are to left dislocation; See also again shown in Fig. 5-2, because translation is fallen cloth apparatus 52 in horizontal displacement to the right, forward and backward plaiting bar 521,522 can tooth bar 513 design come with circle volume machine continue braiding down cloth amount equivalent cloth falls, therefore, circle volume machine continues the braiding length of cloth amount down, then equal translation fall cloth apparatus 52 horizontal displacements apart from length, also equal the length that the cloth amount falls in forward and backward plaiting bar 521,522; Lift row, circle volume machine is a length L 1 by the following cloth amount that Fig. 5-1 continues to weave to Fig. 5-2, then translation is fallen cloth apparatus 52 and also is length L 1 by Fig. 5-1 horizontal displacement to the right to the distance of Fig. 5-2, translation is just being fallen cloth apparatus 52 orders, counter-rotating plaiting bar 521,522 are subjected to the cloth amount of falling of tooth bar 513 designs also to be length L 1, the reader just can find, the following cloth amount length L 1 that circle volume machine continues braiding is just equaling, counter-rotating plaiting bar 521, the cloth amount of falling length L 1 between 522 lies low and is carrying on the fabric swatch 23, and translation fall cloth apparatus 52 horizontal displacement to the right apart from length L1, when but being cushioned equalization of strain carriage release lever 53 horizontal displacement left synchronously of temporary storage mechanism 50, move the first section cloth length X 1 and add length L 1 half (that is: length L 1/2), adding the second section cloth length X 2, to add that half (that is: length L 1/2) of length L 1 absorbs temporary; That is to say, translation is fallen cloth apparatus 52 between second cloth bar 55 and rope chain rivet turning point 512 during horizontal displacement to the right, the length L 1 that the 3rd section cloth length X 3 is reduced, the length L 1/2 that equaling the first section cloth length X 1 is increased adds the length L 1/2 that the second section cloth length X 2 is increased, and the length L 1/2 that the first section cloth length X 1 is increased also equals the length L 1/2 that the second section cloth length X 2 is increased; And the length L 1 that the 3rd section cloth length X 3 is reduced equals the length L 1 that the 3rd section rope chain length Y3 is increased simultaneously, also equals the length L 1/2 that the first section rope chain length Y1 reduced and adds the length L 1/2 that the second section rope chain length Y2 is reduced; When circle volume machine is a length L 2 by the following cloth amount that Fig. 5-2 continues to weave to Fig. 5-3, then translation is fallen cloth apparatus 52 and also is length L 2 by Fig. 5-2 horizontal displacement to the right to the distance of Fig. 5-3, translation is just being fallen cloth apparatus 52 orders, counter-rotating plaiting bar 521,522 are subjected to the cloth amount of falling of tooth bar 513 designs also to be length L 2, can find that the following cloth amount length L 2 that circle volume machine continues to weave is just equaling, counter-rotating plaiting bar 521, the cloth amount of falling length L 2 between 522 lies low on this year fabric swatch 23, and translation fall cloth apparatus 52 horizontal displacement to the right apart from length L2, when but being cushioned equalization of strain carriage release lever 53 horizontal displacement left synchronously of temporary storage mechanism 50, move the first section cloth length X 1 and add length L 2 half (that is: length L 2/2), adding the second section cloth length X 2, to add that half (that is: length L 2/2) of length L 2 absorbs temporary; That is to say, translation is fallen cloth apparatus 52 between second cloth bar 55 and rope chain rivet turning point 512 during horizontal displacement to the right, the length L 2 that the 3rd section cloth length X 3 is reduced, the length L 2/2 that equaling the first section cloth length X 1 is increased adds the length L 2/2 that the second section cloth length X 2 is increased, and the length L 2/2 that the first section cloth length X 1 is increased also equals the length L 2/2 that the second section cloth length X 2 is increased; And the length L 2 that the 3rd section cloth length X 3 is reduced equals the length L 2 that the 3rd section rope chain length Y3 is increased simultaneously, also equals the length L 2/2 that the first section rope chain length Y1 reduced and adds the length L 2/2 that the second section rope chain length Y2 is reduced; When circle volume machine is a length L 3 by the following cloth amount that Fig. 5-3 continues to weave to Fig. 5-4, translation this moment fall cloth apparatus 52 by the catadioptric horizontal displacement left of Fig. 5-3 to the distance of Fig. 5-4 during also for length L 3, translation is just being fallen cloth apparatus 52 orders, counter-rotating plaiting bar 521,522 are subjected to the cloth amount of falling of tooth bar 513 designs also to be length L 3, also can find that the following cloth amount length L 3 that circle volume machine continues to weave is just equaling this moment, counter-rotating plaiting bar 521, the cloth amount of falling length L 3 between 522 lies low on this year fabric swatch 23, and it is overlapping with the length L 2 of Fig. 5-3, and translation fall cloth apparatus 52 horizontal displacement left apart from length L3, so when being cushioned equalization of strain carriage release lever 53 horizontal displacement to the right synchronously of temporary storage mechanism 50, move half (that is: length L 3/2) that the first section cloth length X 1 deducts length L 3, adding half (that is: length L 3/2) that the second section cloth length X 2 deducts length L 3 is filled by the clothes 60 that moved out in the buffering temporary storage mechanism 50; That is to say, translation is fallen cloth apparatus 52 between second cloth bar 55 and rope chain rivet turning point 512 during horizontal displacement to the right, the length L 3 that the 3rd section cloth length X 3 is increased, equal the length L 3/2 that the first section cloth length X 1 reduced and add the length L 3/2 that the second section cloth length X 2 is reduced, and the length L 3/2 that the first section cloth length X 1 is reduced also equals the length L 3/2 that the second section cloth length X 2 is reduced; And the length L 3 that the 3rd section cloth length X 3 increases equals the length L 3 that the 3rd section rope chain length Y3 is reduced simultaneously, and the length L 3/2 that also equaling the first section rope chain length Y1 is increased adds the length L 3/2 that the second section rope chain length Y2 is increased; Translation is fallen cloth apparatus 52 when continuing reciprocal horizontal displacement in this way, the cloth 60 that cloth apparatus 52 tops are positioned at buffering temporary storage mechanism 50 falls in this translation, be maintained fixedly tension force and cloth apparatus 52 displacement paths fall in unlikely sagging influence to this translation, making translation fall cloth apparatus 52 must descend with the following cloth amount equivalent work feed that circle volume machine continues to be woven, and is folded on this year of the fabric swatch 23.
By above stated specification first driven roll 42 that includes main spread roller 41, place main spread roller 41 1 sides and change of the spread roller group 40 among Fig. 7 as can be known with main spread roller 41 synchronous backward axles, and second driven roll 43 that places main spread roller 41 opposite sides and change with main spread roller 41 synchronous backward axles, and break-in speed change roller box 20 is linked to main spread roller 41 via 21 transmissions of first side plate, continues inverse time needle shaft rotatory force and make main spread roller 41 produce.In order to make disclosed lead agency 30 actuator states of reader clearer understanding the present invention of energy, please consult Fig. 8 and Fig. 9-1～Fig. 9-5 again, be that the lead agency of the full folding length folding machine of the present invention links and local start floor map continuously.As seen from Figure 8, the cam driven of lead agency 30 wheel 31 is hubbed at this second side plate 22 and clockwise rotates with being continued synchronously to be driven by main spread roller 41 transmissions binding; When continuing to clockwise rotate the cam follower 32 that then drives the below again, cam driven wheel 31 continues synchronously to clockwise rotate; Yet, owing to cam follower 32 is fixed on the cam 33, so cam 33 is just synchronous and cam follower 32 continues to clockwise rotate; Please consult shown in Fig. 9-1 earlier, cam 33 is provided with cam track 331, cam track 331 is to be arranged with curved path by two symmetries to be constituted, and the actuating that is hubbed at second side plate, 22 outsides takes turns 34, be installed with an actuated piece 341 that is convexly equipped with to the cam track 331, therefore when cam 33 continues to clockwise rotate, the actuated piece 341 of this driving wheel 34 is subjected to the guiding of cam track 331 paths and actuating wheel 34 is clockwise rotated, be hubbed at the drive 35 in second side plate, 22 outsides this moment, then activateding wheel 34 drives and rotates counterclockwise, make swing arm 36 counter-clockwise swings that are fixed on the drive 35 shown in Fig. 9-2 along band, three axostylus axostyles 37 that swing arm 36 is articulated, 52 level displacements to the right of cloth apparatus fall in the translation of one end, 371 slippages downwards on the slide rail 38 of second side plate, 22 inboards of the slide block of the other end; This moment, cam 33 still continued to clockwise rotate, the actuated piece 341 that activates wheel 34 is subjected to the guiding of cam track 331 paths equally and makes actuating wheel 34 continue to clockwise rotate, drive 35 still is subjected to activate wheel 34 drives to be continued to rotate counterclockwise, swing arm 36 also continues counter-clockwise swing shown in Fig. 9-3, the also lasting level displacement to the right of cloth apparatus 52 falls in the translation that is articulated in three axostylus axostyles, 37 1 ends, but when swing arm 36 swings made translation fall cloth apparatus 52 above slide rail 38, then 371 of the slide blocks of three axostylus axostyles, 37 other ends began upwards slippage on slide rail 38; This moment, cam 33 still continued to clockwise rotate, the actuated piece 341 that activates wheel 34 is subjected to the guiding of cam track 331 paths equally and makes actuating wheel 34 continue to clockwise rotate, but when cam 33 continues to clockwise rotate, the actuated piece 341 that activates wheel 34 guides to after two symmetries are arranged with the junction of arc in cam track 331 paths, see also shown in Fig. 9-4, activating 34 on wheel begins and can rotate counterclockwise, drive 35 also can be subjected to activate wheel 34 and drive and clockwise rotate beginning, swing arm 36 also will be swung shown in Fig. 9-5 clockwise, the translation that is articulated in three axostylus axostyles, 37 1 ends is fallen cloth apparatus 52 and is also begun level to left dislocation, and 371 of the slide blocks of three axostylus axostyles, 37 other ends start from slippage downwards on the slide rail 38; This cam 33 so constantly clockwise rotates, and swing arm 36 is constantly circulated as Fig. 9-1～9-5 produce swing, falls cloth apparatus 52 back and forth horizontal displacement constantly and drive this translation, and makes slide block 371 slippage up and down constantly on slide rail 38; The technological means of the reciprocal horizontal displacement power of cloth apparatus 52 tools is fallen for translation in this way.
Above-listed detailed description is to specify at possible embodiments of the present invention, its be embodiments of the invention and and unrestricted claim of the present invention, allly do not break away from the equivalence that spirit of the present invention does and implement or change, all should be contained in the claim of the present invention.

Claims (16)

  1. One kind with the braiding of circle volume machine down the cloth amount form equivalent and fall the folding method of cloth, it is characterized in that described method comprises:
    One spread roller group (40) is provided, level places the interior space of round volume machine and is positioned at cloth (60) below that round volume machine continues to knit out, described spread roller group (40) is also compiled the eedle tube with circle and is rotated in the same way synchronously, and described spread roller group (40) has the axle rotatory force that band cloth descends;
    To justify the cloth (60) that the volume machine continues to knit out, through after going into described spread roller group (40) flattening, laying out by a direction side;
    Two plaiting rails (51) are provided, and level places the below at described spread roller group (40) two ends, and keeps vertical fixing with described spread roller group (40), and described plaiting rail (51) is provided with the rail groove (514) of level;
    What be positioned at described spread roller group (40) lays out the direction side with cloth (60), provide one first cloth bar (54) with the mode cross-over connection that is pivoted in the rail groove (514) of described plaiting rail (51) outside, described first cloth bar (54) and with described spread roller group (40) keeping parallelism;
    The cloth (60) that described spread roller group (40) is laid out, around going on described first cloth bar (54), and by oppositely laying out around the Inbound side-lower;
    What be positioned at described first cloth bar (54) lays out the direction side with cloth (60), provide an equalization of strain carriage release lever (53) to be cross-placed on the described rail groove (514), make described equalization of strain carriage release lever (53) go up reciprocal horizontal displacement in described rail groove (514), and described equalization of strain carriage release lever (53) and described spread roller group (40) keeping parallelism;
    The cloth (60) that described first cloth bar (54) laid out, around going on the described equalization of strain carriage release lever (53), and, make and form the first section cloth length (X1) between described first cloth bar (54) and described equalization of strain carriage release lever (53) by oppositely laying out around the Inbound side-lower;
    One first rope chain fixing point (511) is provided, is fixedly arranged on another outside of rail groove (514) of described plaiting rail (51), and be positioned at the equidirectional side that cloth (60) is laid out the direction side of described first cloth bar (54);
    One rope chain (70) is provided, one end is fixedly arranged on the described first rope chain fixing point (511), the other end is then around going on described equalization of strain carriage release lever (53) side, and, make and form the first section rope chain length (Y1) between described first rope chain fixing point (511) and described equalization of strain carriage release lever (53) by oppositely laying out around the Inbound side-lower;
    What be positioned at described equalization of strain carriage release lever (53) lays out the direction side with cloth (60), one second cloth bar (55) is provided, with the mode cross-over connection that is pivoted in described plaiting rail (51) rail groove (514) outside, described second cloth bar (55) also with described spread roller group (40) keeping parallelism;
    The cloth (60) that described equalization of strain carriage release lever (53) is laid out, again around going into described second cloth bar (55), and, make and form the second section cloth length (X2) between described equalization of strain carriage release lever (53) and described second cloth bar (55) by oppositely laying out around the Inbound side-lower;
    What be positioned at described equalization of strain carriage release lever (53) lays out the direction side with rope chain (70), and a rope chain rivet turning point (512) is provided, and is hubbed at described plaiting rail (51) rail groove (514) outside;
    The rope chain (70) that described equalization of strain carriage release lever (53) is laid out, again around going into described rope chain rivet turning point (512), and, make and form the second section rope chain length (Y2) between described equalization of strain carriage release lever (53) and described rope chain rivet turning point (512) by oppositely laying out around the Inbound side-lower;
    On described rail groove (514), provide the translation of the reciprocal horizontal displacement power of a tool to fall cloth apparatus (52), cloth apparatus (52) falls in described translation upward has tool axle rotatory force and level just turnover cloth bar (521) and counter-rotating plaiting bar (522) arranged side by side with the mode cross-over connection that is pivoted, and can go up the reciprocal horizontal displacement with described spread roller group (40) keeping parallelism in the plaiting rail (51) between described second cloth bar (55) and the rope chain rivet turning point (512);
    The cloth (60) that described second cloth bar (55) laid out, again between the forward and backward plaiting bar (521,522) of going into tool axle rotatory force, and the below between described forward and backward plaiting bar (521,522), form cloth (60) the equivalent work feed that continues to knit out with circle volume machine and descend, make and form the 3rd section cloth length (X3) between described second cloth bar (55) and described forward and backward plaiting bar (521,522);
    Falling in described translation provides one second rope chain fixing point (527) on the cloth apparatus (52);
    With the rope chain (70) that described rope chain rivet turning point (512) is laid out, be fixed in the described second rope chain fixing point (527), make and form the 3rd section rope chain length (Y3) between described rope chain rivet turning point (512) and the described second rope chain fixing point (527);
    One year fabric swatch (23) is provided, level places the interior space of round volume machine and is positioned at described translation falls cloth apparatus (52) below, the cloth that described year fabric swatch (23) width is at least described cloth (60) is wide, and length is at least described translation and falls the back and forth reciprocal formed spacing of described forward and backward plaiting bar (521,522) during horizontal displacement of cloth apparatus (52), and described year fabric swatch (23) keep rotating in the same way synchronously with described spread roller group (40);
    In just described, counter-rotating plaiting bar (521, when cloth (60) the equivalent work feed that below and circle volume machine continue to knit out 522) descends, described translation is fallen cloth apparatus (52) and is then back and forth carried out horizontal displacement between described second cloth bar (55) and rope chain rivet turning point (512), the amount that described the 3rd section cloth length (X3) is reduced, the amount that equaling the described first section cloth length (X1) is increased adds the amount that the above second section cloth length (X2) is increased, and the amount that the described first section cloth length (X1) is increased also equals the amount that the described second section cloth length (X2) is increased, and the amount that described the 3rd section cloth length (X3) is reduced, equal the amount that described the 3rd section rope chain length (Y3) is increased simultaneously, also equal the amount that the described first section rope chain length (Y1) reduced and add the amount that the above second section rope chain length (Y2) is reduced; Relative, the amount that described the 3rd section cloth length (X3) is increased, equal the amount that the described first section cloth length (X1) reduced and add the amount that the above second section cloth length (X2) is reduced, and the amount that the described first section cloth length (X1) is reduced also equals the amount that the described second section cloth length (X2) is reduced, and the amount that described the 3rd section cloth length (X3) is increased, equal the amount that described the 3rd section rope chain length (Y3) is reduced simultaneously, the amount that also equaling the described first section rope chain length (Y1) is increased adds the amount that the above second section rope chain length (Y2) is increased, the direction of displacement that falls cloth apparatus (52) with seasonal described equalization of strain carriage release lever (53) and described translation back and forth carries out horizontal displacement on the contrary between described rail groove (514), form described translation fall cloth apparatus (52) when reciprocal horizontal displacement above cloth (60) be maintained fixedly tension force and send described cloth (60) decline to be folded on described year fabric swatch (23) equally.
  2. 2. the folding method of cloth falls in according to claim 1 and round volume machine braiding cloth amount formation equivalent down, it is characterized in that described spread roller group (40) includes main spread roller (41), place described main spread roller (41) one sides and first driven roll (42) that changes with described main spread roller (41) synchronous backward axle and second driven roll (43) that places described main spread roller (41) opposite side and change with described main spread roller (41) synchronous backward axle; And the cloth (60) that circle volume machine continues to knit out by between described main spread roller (41) and described first driven roll (42) or between described main spread roller (41) and described second driven roll (43) around going into, and in around the opposite side of going into described main spread roller (41) around extremely laying out behind described first driven roll (42) or described second driven roll (43).
  3. 3. the folding method of cloth falls in according to claim 2 and round volume machine braiding cloth amount formation equivalent down, it is characterized in that, described method also comprises provides a tooth bar (513), be fixedly arranged on the described plaiting rail (51), and the length of described tooth bar (513) is in the spacing of described second cloth bar (55) and described rope chain rivet turning point (512); Respectively provide first ratchet (523) that sets firmly on it in addition in described cloth bar (521) two ends of just transferring and just changeing gear (525), and also respectively provide second ratchet (524) and counter gear (526) that sets firmly on it in described counter-rotating plaiting bar (522) two ends; And make same distolateral first ratchet (523) of described forward and backward plaiting bar (521,522) and second ratchet (524) respectively with the meshing configuration of same distolateral tooth bar (513), same distolateral just commentaries on classics gear (525) and the then mutual meshing configuration of same distolateral counter gear (526); Back and forth make described first ratchet (523) or described second ratchet (524) one-directional rotation respectively in the horizontal displacement process by fall cloth apparatus (52) in described translation, rotate with the mutual meshing place of described counter gear (526) and drive the described gear (525) that just changeing synchronously, make described forward and backward plaiting bar (521,522) have the axle rotatory force that band cloth descends.
  4. 4. the folding method of cloth falls in according to claim 3 and round volume machine braiding cloth amount formation equivalent down, it is characterized in that, described method also comprises provides a break-in speed change roller box (20), be fixedly arranged in the round volume machine space and be fixedly arranged on described year fabric swatch (23) below and with described year fabric swatch (23) keep rotating in the same way synchronously, described break-in speed change roller box (20) is compiled the power that the eedle tube rotates to be provided by circle, described spread roller group (40) the band axle rotatory force that cloth descends is provided through the break-in speed change transmission of described break-in speed change roller box (20), and provides described translation to fall the power of the reciprocal horizontal displacement of cloth apparatus (52).
  5. 5. buffering temporary storage mechanism of implementing according to each described method in the claim 1～4, described buffering temporary storage mechanism (50) links with break-in speed change roller box (20) transmission that circle is compiled the transmission that rotational power links of eedle tube, and described break-in speed change roller box (20) two ends extend upward and are pivoted with one and a rotatory force are provided and are compiled the spread roller group (40) that the eedle tube rotates synchronously in the same way with circle by described break-in speed change roller box (20), described spread roller group (40) level places the interior space of round volume machine and is positioned at the below that round volume machine knits out cloth (60), be installed with one year fabric swatch (23) on the described break-in speed change roller box (20) in addition, described buffering temporary storage mechanism (50) comprising:
    Article two, corresponding plaiting rail (51), be fixed in the below at two ends of the upwardly extending described spread roller group (40) that is pivoted of described break-in speed change roller box (20) respectively, and level places described year fabric swatch (23) top, space in the round volume machine and keep vertical with described spread roller group (40), and be respectively equipped with a level and corresponding rail groove (514);
    One first cloth bar (54), described first cloth bar (54) is articulated in respectively on rail groove (514) one outsides of two described plaiting rails (51) with described spread roller group (40) keeping parallelism and two ends;
    One can go up the equalization of strain carriage release lever (53) of reciprocal horizontal displacement in described rail groove (514), and described equalization of strain carriage release lever (53) is cross-placed on respectively on the described rail groove (514) with described spread roller group (40) keeping parallelism and two ends;
    One second cloth bar (55), described second cloth bar (55) and described spread roller group (40) keeping parallelism and two ends are articulated in respectively on rail groove (514) outside with described first cloth bar (54) homonymy;
    Two first rope chain fixing points (511), two described first cloth bars (54) are fixedly arranged on respectively on another outside of rail groove (514) of two described plaiting rails (51) accordingly;
    Two rope chain rivet turning points (512), described two rope chain rivet turning points (512) are hubbed at respectively on two described plaiting rails (51) rail grooves (514) outside with described first rope chain fixing point (511) homonymy accordingly;
    Cloth apparatus (52) falls in two translations that place described plaiting rail (51) to go up and have reciprocal horizontal displacement power between described second cloth bar (55) and described rope chain rivet turning point (512), two described translations are fallen to stride on the cloth apparatus (52) to establish and are articulated with tool axle rotatory force and level just turnover cloth bar (521) and counter-rotating plaiting bar (522) arranged side by side, and described forward and backward plaiting bar (521,522) and described spread roller group (40) keeping parallelism; In addition, fall in two described translations and be installed with one second rope chain fixing point (527) on the cloth apparatus (52) respectively;
    Article two, rope chain (70), article two, described rope chain (a 70) end separately is fixedly arranged on the described first rope chain fixing point (511), the other end separately is then through being around in described equalization of strain carriage release lever (53) side, and the catadioptric described rope chain rivet turning point (512) that is around in catadioptricly again is fixed in two described second rope chain fixing points (527) separately.
  6. 6. buffering temporary storage mechanism according to claim 5, it is characterized in that, first driven roll (42) that described spread roller group (40) includes main spread roller (41), places described main spread roller (41) one sides and change with described main spread roller (41) synchronous backward axle, and second driven roll (43) that places described main spread roller (41) opposite side and change with described main spread roller (41) synchronous backward axle.
  7. 7. buffering temporary storage mechanism according to claim 6, it is characterized in that, article two, described plaiting rail (51) is respectively at being installed with tooth bar (513) on the described rail groove (514), and the length of described tooth bar (513) is in the spacing of described second cloth bar (55) and described rope chain rivet turning point (512); Respectively setting firmly one first ratchet (523) and in described cloth bar (521) two ends of just transferring is just changeing gear (525) in addition, and also respectively sets firmly one second ratchet (524) and a counter gear (526) in described counter-rotating plaiting bar (522) two ends; Same distolateral first ratchet (523) of described forward and backward plaiting bar (521,522) and second ratchet (524) respectively with the meshing configuration of same distolateral tooth bar (513), same distolateral just commentaries on classics gear (525) and the then mutual meshing configuration of same distolateral counter gear (526).
  8. 8. buffering temporary storage mechanism according to claim 7 is characterized in that, the described translation of the reciprocal horizontal displacement power of tool is fallen cloth apparatus (52) and linked with described break-in speed change roller box (20) transmission.
  9. 9. full folding length folding machine that is constituted according to each described buffering temporary storage mechanism in the claim 5～8, described full folding length folding machine (10) comprising:
    One break-in speed change roller box (20) by the transmission that rotational power links of circle volume eedle tube, described break-in speed change roller box (20) places in the round volume machine and compiles the rotation in the same way synchronously of eedle tube bottom the space and with circle, and described break-in speed change roller box (20) two ends have extended upward one first side plate (21) and one second side plate (22), and are installed with one year fabric swatch (23) between the above first side plate (21) of described break-in speed change roller box (20) and described second side plate (22);
    One horizontal pivot is located at the spread roller group (40) of described first side plate (21) and described second side plate (22), described spread roller group (40) is positioned at the below that round volume machine knits out cloth (60), and described spread roller group (40) is positioned at described year fabric swatch (23) top and links with described break-in speed change roller box (20) transmission;
    One lead agency (30) that is hubbed at that described second side plate (22) is gone up and links with described spread roller group (40) transmission;
    One is positioned at the buffering temporary storage mechanism (50) between described spread roller group (40) and described year fabric swatch (23), two plaiting rails (51) of described buffering temporary storage mechanism (50) are fixedly arranged on described first side plate (21) and described second side plate (22) respectively, and described lead agency (30) falls cloth apparatus (52) transmission with the translation of being located at the above plaiting rail (51) of described second side plate (22) and links.
  10. 10. full folding length folding machine according to claim 9, it is characterized in that, first driven roll (42) that described spread roller group (40) includes main spread roller (41), places described main spread roller (41) one sides and change with described main spread roller (41) synchronous backward axle, and second driven roll (43) that places described main spread roller (41) opposite side and change with described main spread roller (41) synchronous backward axle, and described main spread roller (41) links with described break-in speed change roller box (20) transmission.
  11. 11. full folding length folding machine according to claim 10 is characterized in that, described lead agency (30) includes:
    One is hubbed at described second side plate (22) outside and links the cam driven wheel (31) that rotates synchronously with described spread roller group (40) transmission;
    One is hubbed at described second side plate (22) outside and links the cam follower (32) that rotates in the same way synchronously with (31) transmission of described cam driven wheel;
    One be hubbed at described second side plate (22) outside and with the affixed and synchronous cam (33) of rotation in the same way of described cam follower (32), described cam (33) is provided with a cam track (331);
    One is hubbed at the actuating wheel (34) in described second side plate (22) outside, and described actuating wheel (34) is installed with one and is subjected to the guiding of described cam track (331) path and drives the actuated piece (341) of described actuating wheel (34) swing;
    One is hubbed at described second side plate (22) outside and links the drive (35) that synchronous backward is swung with (34) transmission of described actuating wheel;
    One with the synchronous swing arm (36) of swing in the same way of described drive (35), described swing arm (36) one ends are inboard affixed with described drive (35) in described second side plate (22);
    One three axostylus axostyles (37) that articulate with described swing arm (36) other end, an end of described three axostylus axostyles and described translation are fallen cloth apparatus (52) and are articulated, and the other end is then in the inboard pivot joint of described second side plate (22) one slide block (371);
    , the slide rail (38) of the described slide block of confession (371) linear slide displacement, described slide rail (38) is vertically located in described second side plate (22) inboard.
  12. 12. full folding length folding machine according to claim 11 is characterized in that, linking between described cam driven wheel (31) and the described cam follower (32) has one to drive connector chain (311).
  13. 13. full folding length folding machine according to claim 12 is characterized in that, described cam track (331) is to be arranged with curved path by two symmetries to be constituted.
  14. 14. full folding length folding machine according to claim 13 is characterized in that described actuated piece (341) is convexly equipped with to described cam track (331).
  15. 15. full folding length folding machine according to claim 14, it is characterized in that, described drive (35) synchronously in the same way transmission link a drive link (352), described drive link (352) synchronously in the same way transmission be linked to the translation of being located at the above plaiting rail (51) of described first side plate (21) and fall cloth apparatus (52).
  16. 16. full folding length folding machine according to claim 15 is characterized in that, linking between described drive (35) and the described drive link (352) has a transmission connection piece chain (351).
CN2009102066708A 2009-10-27 2009-10-27 Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity Expired - Fee Related CN102051762B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2009102066708A CN102051762B (en) 2009-10-27 2009-10-27 Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2009102066708A CN102051762B (en) 2009-10-27 2009-10-27 Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity

Publications (2)

Publication Number Publication Date
CN102051762A true CN102051762A (en) 2011-05-11
CN102051762B CN102051762B (en) 2012-11-14

Family

ID=43956544

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2009102066708A Expired - Fee Related CN102051762B (en) 2009-10-27 2009-10-27 Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity

Country Status (1)

Country Link
CN (1) CN102051762B (en)

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103787132A (en) * 2014-02-25 2014-05-14 湖州吉昌丝绸有限公司 Novel cloth clamping device of folding cutting machine
CN103787113A (en) * 2014-02-25 2014-05-14 湖州吉昌丝绸有限公司 Transmission device for folding machine
CN103818766A (en) * 2014-02-25 2014-05-28 湖州吉昌丝绸有限公司 Novel folding and cutting machine
CN104085727A (en) * 2014-07-15 2014-10-08 台州拓卡奔马机电科技有限公司 Cloth spreading roller device applied to cloth paving machine
CN103818765B (en) * 2014-02-25 2016-03-30 宁波市江东林清环保科技有限公司 A kind of new type foldable machine
CN109179051A (en) * 2018-11-16 2019-01-11 湖州师范学院 The processing and assembly method of tubulose glass-fiber-fabric stack device
CN109228623A (en) * 2018-09-13 2019-01-18 武汉纺织大学 A kind of ladder type takes cloth and stays cloth integration automatic device
CN112678578A (en) * 2020-12-24 2021-04-20 康美特(厦门)智控科技有限公司 Rolling and swinging all-in-one machine for circular knitting machine set and control method thereof
CN114538169A (en) * 2022-02-18 2022-05-27 欧克科技股份有限公司 5600mm breadth's body paper frame of unreeling

Family Cites Families (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1291089C (en) * 2001-09-11 2006-12-20 林进泳 Servo cloth winding and unwinding device for round knitter
EP1842949A1 (en) * 2006-04-05 2007-10-10 Pai Lung Machinery Mill Co., Ltd. Folding apparatus for tubular knitted fabric
CN2928892Y (en) * 2006-06-19 2007-08-01 林进泳 Improved structure of tubular knitting machine cloth winding tension

Cited By (13)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103787132B (en) * 2014-02-25 2016-05-18 诸暨市荣恩针纺织有限公司 A kind of cloth clamp device of new type foldable cutting device
CN103787113A (en) * 2014-02-25 2014-05-14 湖州吉昌丝绸有限公司 Transmission device for folding machine
CN103818766A (en) * 2014-02-25 2014-05-28 湖州吉昌丝绸有限公司 Novel folding and cutting machine
CN103787132A (en) * 2014-02-25 2014-05-14 湖州吉昌丝绸有限公司 Novel cloth clamping device of folding cutting machine
CN103818765B (en) * 2014-02-25 2016-03-30 宁波市江东林清环保科技有限公司 A kind of new type foldable machine
CN103818766B (en) * 2014-02-25 2016-03-30 宁波市江东林清环保科技有限公司 A kind of new type foldable cutting device
CN104085727A (en) * 2014-07-15 2014-10-08 台州拓卡奔马机电科技有限公司 Cloth spreading roller device applied to cloth paving machine
CN109228623A (en) * 2018-09-13 2019-01-18 武汉纺织大学 A kind of ladder type takes cloth and stays cloth integration automatic device
CN109228623B (en) * 2018-09-13 2020-06-09 武汉纺织大学 Trapezoidal cloth taking and remaining integrated automatic device
CN109179051A (en) * 2018-11-16 2019-01-11 湖州师范学院 The processing and assembly method of tubulose glass-fiber-fabric stack device
CN112678578A (en) * 2020-12-24 2021-04-20 康美特(厦门)智控科技有限公司 Rolling and swinging all-in-one machine for circular knitting machine set and control method thereof
CN114538169A (en) * 2022-02-18 2022-05-27 欧克科技股份有限公司 5600mm breadth's body paper frame of unreeling
CN114538169B (en) * 2022-02-18 2024-01-26 欧克科技股份有限公司 Base paper unreeling frame with width of 5600mm

Also Published As

Publication number Publication date
CN102051762B (en) 2012-11-14

Similar Documents

Publication Publication Date Title
CN102051762B (en) Method and mechanism for equivalently lowering and folding cloth woven by circular knitting machine according to cloth quantity
CN105564995B (en) The palletizing method of full-automatic profile steel stacker
CN104139999B (en) Band overturns the fiber board composite production line of collection function automatically
US20060207675A1 (en) Jacquard machine
CN103879826B (en) Dislocation stacking machine
CN105923446A (en) Cloth spreading device of cloth spreader
CN108177992A (en) A kind of automatic docking device on bagged material car loader
CN204198985U (en) Woof-laying of multiple spindle warp knitting machine device
CN202380213U (en) Double cam system transmission mechanism of flat knitting machine
CN205151252U (en) Container automatic loading hacking machine
CN208530925U (en) Cage guide is packaged production line
CN207957183U (en) A kind of automatic docking device on bagged material car loader
CN203845548U (en) Dislocation stacking machine
CN201634838U (en) Panel device for braided fabric
CN107264899A (en) A kind of horizontal gloves automatic turning folding feeding machine and its turnover discharging method
CN105501986B (en) A kind of code mechanism of full-automatic profile steel stacker
CN105538893B (en) Warp knit stamp all-in-one
CN202186725U (en) Wet blank marshalling and transporting machine
CN203359488U (en) Single-side transferring turnover device
CN102140728B (en) Device for putting weft thread band
CN111422674B (en) Full-automatic towel folding machine and process thereof
CN205471669U (en) Marshalling dolly of full -automatic shaped steel hacking machine
CN103253502B (en) A kind of monolateral transfer turning device
EP2314534A1 (en) Method and apparatus for lowering and folding fabric at amount same as fabric knitted and unloaded by a circular knitting machine
CN203450934U (en) Handle folding device of two-line plastic bag folding machine

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20121114

Termination date: 20141027

EXPY Termination of patent right or utility model