CN204676242U - Warp tension compensation arrangement and layered loom - Google Patents
Warp tension compensation arrangement and layered loom Download PDFInfo
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- CN204676242U CN204676242U CN201520386558.8U CN201520386558U CN204676242U CN 204676242 U CN204676242 U CN 204676242U CN 201520386558 U CN201520386558 U CN 201520386558U CN 204676242 U CN204676242 U CN 204676242U
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Abstract
The utility model discloses a kind of warp tension compensation arrangement and layered loom, comprise at least one tension compensating unit, tension compensating unit comprises one-level compensation member, secondary compensation member and three grades of compensation member; One-level compensation member comprises train wheel bridge and lower plate, and train wheel bridge can be tightened or the tension force of lax flood warp thread relatively in lower plate motion; Secondary compensation member comprises axle and lower shaft, and upper axle can be tightened or the tension force of lax flood warp thread in relatively lower shaft motion; Three grades of compensation member comprise at least two levers, multiple counterweight and the first conduit, counterweight is installed on lever, first conduit is installed on the second end of lever, increase or reduce the weight of counterweight, make the first conduit along with the second end tilting of lever or sink, thus tightening or lax flood warp thread.Utilize one-level compensation member, secondary compensation member and three grades of compensation member to carry out three tension force control and compensations to warp thread, structure is simple, and volume is little, and compensation rate is large, and compensation effect is good.
Description
Technical field
The utility model relates to field of textile machinery, particularly a kind of warp tension compensation arrangement and layered loom.
Background technology
In process of textile production, the control of warp tension is very important.If warp tension can not get effective control, follow-up opening, beating-up cannot be implemented smoothly.Existing warp tension controlling apparatus utilizes hydraulic pressure, air pressure or spring to provide a tension compensating mostly, and poor reliability, compensation rate are little.In addition, when make land used be hydraulic pressure or air pressure carry out tension compensating time, volume is large, cost is high, troublesome poeration.
Utility model content
In order to solve the problem of prior art, the utility model embodiment provides a kind of warp tension compensation arrangement and layered loom, to avoid that the volume of existing warp tension compensation arrangement and layered loom is large, compensation rate is little, troublesome poeration and can only the problem of single compensation.Described technical scheme is as follows:
In order to solve the problem of prior art, the utility model proposes following technical scheme:
A kind of warp tension compensation arrangement, comprises at least one tension compensating unit, and described tension compensating unit comprises the one-level compensation member of spaced setting, secondary compensation member and three grades of compensation member; Described one-level compensation member comprises the train wheel bridge and lower plate that are oppositely arranged, described train wheel bridge can relatively away from or near described lower plate; Described secondary compensation member comprises the upper axle and lower shaft that are oppositely arranged, described upper axle can relatively away from or near described lower shaft; Described three grades of compensation member comprise at least two levers, multiple counterweight of Different Weight and the first conduit, described counterweight is selectively installed on the first end of each lever, and the weight of the described counterweight of the first end installation of described lever is each time identical, the two ends of described first conduit are installed on the second end of described lever respectively, and described first conduit tilts along with the increase of the weight of described counterweight or minimizing or sinks; Flood warp thread successively through behind the gap described train wheel bridge and described lower plate, gap between described upper axle and described lower shaft, then around the top side face of upper described first conduit; Wherein, the motion of described train wheel bridge relatively described lower plate is tightened or the tension force of lax described flood warp thread, the motion of described upper axle relatively described lower shaft is tightened or the tension force of lax described flood warp thread, and described flood warp thread is tightened along with the tilting of described first conduit or sinking or lax.
Preferably, two nuts that described one-level compensation member also comprises two screw rods and coordinates with screw rod described in each, described train wheel bridge is provided with fixing hole, described lower plate is provided with the screwed hole coordinated with described screw rod, screw rod described in each is fixed on corresponding fixing hole through after corresponding screwed hole, and nut sleeve described in each is contained on corresponding screw rod, and nut described in each is resisted against the bottom surface of described lower plate described train wheel bridge dorsad.
Preferably, tension compensating unit described in each also comprises the second conduit, privates pipe and privates pipe, described flood warp thread is successively through behind the gap described train wheel bridge and described lower plate, gap between described upper axle and described lower shaft, first successively around to the bottom side face of the top side face of described second conduit, described privates pipe, again around the top side face of upper described first conduit, from after the top side face of described first conduit lays out again around to the top side face of described privates pipe.
Preferably, each tension compensating unit also comprises some menopause tablets, support bar, the 5th conduit and separating member, menopause tablet described in each comprises elongated hole and is positioned at the through hole at one end place of described elongated hole, described flood warp thread is by being separated into warp thread one by one after described separating member, elongated hole described in each is enclosed within described support bar, each one thread laid out from the top side face of described privates pipe through after the through hole of each menopause tablet, around to the top side face of described 5th conduit.
Preferably, described separating member comprises fixture and at least one comb part, and described comb part is fixed on described fixture; And described separating member is fixed between described one-level separating member and described secondary compensation member by described fixture or is fixed between described secondary compensation member and described three grades of compensation member; Again around the top side face of upper described second conduit after described flood warp thread is separated by described comb part.
Preferably, two laser inductors that described warp tension compensation arrangement also comprises terminal and is oppositely arranged, described laser inductor connects described terminal, described laser inductor is positioned at the below of described menopause tablet, the mutual correlation of the light that described laser inductor sends, when described menopause tablet drops to and is affiliated on described support bar, described menopause tablet cuts off the correlation light of described laser inductor and triggers described laser inductor to described terminal and send instruction, and described terminal shows cracked ends or warning after receiving the instruction that described laser inductor sends.
Preferably, described three grades of compensation member also comprise fixed bar, the hold-down support that each lever comprises the body of rod and protruded out by the described body of rod, described hold-down support is rotatably installed on described fixed bar, described counterweight is installed on the first end of the body of rod described in each, and the two ends of described first conduit are all rotatably installed on the second end of the described body of rod.
Preferably, described warp tension compensation arrangement also comprises two fixed heads and two adjusting bolts, described in each, fixed head is provided with adjustment hole, described adjusting bolt can pass described adjustment hole with screwing, adjusting bolt described in each is positioned at directly over the first end position of lever described in each, and adjusting bolt end described in each and the vertical range in the state of the equilibrium of lever described in each adjustable.
Preferably, described secondary compensation member also comprises two top chocks supporting described upper axle, two steps supporting described lower shaft and some balancing weights varied in weight, described in each, top chock is provided with through hole, step described in each is provided with the fixed leg of the through hole through corresponding top chock, described fixed leg exposes to the top chock of described correspondence, and described balancing weight is selectable to be installed on described fixed leg and to compress the top chock of described correspondence.
The utility model additionally provides a kind of layered loom, and it comprises above-mentioned warp tension compensation arrangement.
The beneficial effects of the utility model are as follows:
Warp tension compensation arrangement of the present utility model and layered loom utilize one-level compensation member, secondary compensation member and three grades of compensation member to carry out three tension force control and compensations to warp thread, and compensation rate is large, and compensation effect is good.And one-level compensation member, secondary compensation member and three grades of compensation member structures are simple, volume is little.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model warp tension compensation arrangement.
Fig. 2 is the schematic front view of menopause tablet in Fig. 1.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model embodiment is described in further detail.
Please refer to Fig. 1, the utility model embodiment provides a kind of warp tension compensation arrangement, and it comprises at least one tension compensating unit 100.Each tension compensating unit 100 comprises the one-level compensation member 1 of spaced setting, secondary compensation member 2 and three grades of compensation member 3.One-level compensation member 1 comprises train wheel bridge 11 and lower plate 12, and lower plate 12 is positioned at immediately below train wheel bridge 11, and train wheel bridge 11 and lower plate 12 can be movable relatively near or away from.Secondary compensation member 2 comprises axle 21 and lower shaft 22, and lower shaft 22 is positioned at immediately below axle 21, and upper axle 21 and lower shaft 22 can be movable relatively near or away from.Three grades of compensation member 3 comprise at least two levers 31, multiple counterweights 32 of Different Weight and the first conduit 33.As required, the counterweight 31 of Different Weight can be selected to be installed on the first end of each lever 31, and the weight of the counterweight 31 of the first end of two levers 31 is identical.First conduit 33 is installed on the second end of lever 31, and the first conduit 33 is under the effect of counterweight 31, along with lever 31 swings up and down.Flood warp thread successively through behind the gap train wheel bridge 11 and lower plate 12, gap between upper axle 21 and lower shaft 22, then around upper first conduit 33.
When weaving, operator can regulate as required train wheel bridge 11 relatively lower plate 12 move, change the dynamics that train wheel bridge 11 and lower plate 12 clamp flood warp thread, with this, first time tension force control and compensation carried out to flood warp thread; Particularly, when needs loosen warp thread, adjustment train wheel bridge 11 is away from lower plate 12; Otherwise then adjust train wheel bridge 11 and clamp flood warp thread near lower plate 12.Operator also can regulate as required axle 21 relatively lower shaft 22 move, to change the dynamics that upper axle 21 and lower shaft 22 clamp flood warp thread, thus second time tension force control and compensation is carried out to flood warp thread; Particularly, when needs loosen warp thread, in adjustment, axle 21 is away from lower shaft 22; Otherwise then the upper axle 21 of adjustment clamps flood warp thread near lower shaft 22.Operator can also select the counterweight 31 varied in weight to be arranged on the first end of lever 31 as required, and the weight of counterweight 31 on each lever 31 is identical.Like this, counterweight 31 just drives the first end of lever 31 sink or tilt, thus make the first conduit 33 along with the second end tilting of lever 31 or sink, thus tighten or loosen around the flood warp thread on the first conduit 33, to carry out third time tension force control and compensation to flood warp thread.In the process, operator only needs adjustment train wheel bridge 11, upper axle 21 moves to different height, or/and select the counterweight 31 of Different Weight, simple to operate; And can through three tension force control and compensations, compensation rate is large, and compensation effect is good.And warp tension compensation arrangement of the present utility model only needs to arrange one-level compensation member 1, secondary compensation member 2 and three grades of compensation member 3, structure is simple, and volume is little.
Continue referring to Fig. 1, in the present embodiment, in order to support one-level compensation member 1, warp tension compensation arrangement of the present utility model also comprise be oppositely arranged and parallel two install columns 13.The opposite end of lower plate 12 is separately fixed at installs the top of column 13 away from ground.
Particularly, above-mentioned one-level compensation member 1 also comprises two pins 14 and multiple weight block 15 varied in weight.Each weight block 15 is provided with through hole (non-label).The two ends place of lower plate 12 is respectively equipped with a fixing hole (non-label); The two ends place of train wheel bridge 11 is respectively equipped with a through hole (non-label), and pin 14 can along the through hole relative sliding of train wheel bridge 11 under the effect of external force.After weight block 15, two pin 14 that selection two weight are identical is as required each passed through the through hole of weight block 15 and the through hole of train wheel bridge 11, be fixed in the fixing hole of lower plate 12.Different according to the load of the weight block 15 be pressed on train wheel bridge 11, train wheel bridge 11 is not identical relative to the distance of lower plate 12 movement along pin 14 yet, thus regulates the tension compensating of train wheel bridge 11 and lower plate 12 pairs of flood warp thread.
It should be noted that, in other embodiments, one-level compensation member 1 is without the need to arranging weight block 15 and pin 14.But the nut that one-level compensation member 1 comprises two screw rods and coordinates with this screw rod.The two ends of train wheel bridge 11 are respectively equipped with a fixing hole.The two ends place of lower plate 12 is respectively equipped with a screwed hole.Each screw rod, through after the screwed hole of lower plate 12, is fixed on the fixing hole of train wheel bridge 11, thus each screw rod and train wheel bridge 11 are fixed.Each nut sleeve is contained on screw rod, and is resisted against the bottom surface of lower plate 12 train wheel bridge 12 dorsad.When needing by regulating the spacing between train wheel bridge 11 and lower plate 12 to adjust the tension compensating to flood warp thread, because each nut collectively form screw mandrel together with corresponding screw rod, therefore, screw two nuts, can make train wheel bridge 11 along with corresponding screw rod to lower plate 12 near or away from.
Continue referring to Fig. 1, secondary compensation member 2 adopts the structure of upper axle 21 and lower shaft 22, to form rolling friction to warp thread, decreases the frictionally damage to warp thread.Preferably, in the present embodiment, several balancing weights 26 that secondary compensation member 2 also comprises two top chock 23, two step 24, two fixed legs 25 and varies in weight.Wherein, the two ends of upper axle 21 are respectively at being installed on top chock 23; The two ends of lower shaft 22 are respectively at being installed on step 24.Step 24 is fixed on the bottom surface of top chock 23.Each balancing weight 26 and top chock 23 are equipped with through hole.Fixed leg 25 is fixed on step 24, and exposes to the end face of top chock 23 through the through hole of top chock 23.And fixed leg 25 can along the through hole relative sliding of top chock 23 under the effect of external force.Select the balancing weight 26 that two weight is identical as required, and by the through hole of balancing weight 26, balancing weight 26 is arranged on fixed leg 25, and be pressed against top chock 23.Different according to the load of the balancing weight 26 being pressed in top chock 23, top chock 23 is not identical relative to the distance of step 24 movement along fixed leg 25 yet, thus regulates the tension compensating of upper axle 21 and lower shaft 22 pairs of flood warp thread.
Particularly, top chock 23 passing hole fastens the bearing 231 supporting upper axle 21, and upper axle 21 is connected with bearing 231 by interference fit.Step 24 passing hole fastens the bearing 241 supporting lower shaft 22, and lower shaft 22 is connected with bearing 241 by interference fit.
It should be noted that, in other embodiments, structure in conjunction with above-mentioned one-level compensation member 1 describes, and the upper axle 21 of secondary compensation member 2 and lower shaft 22 also can adopt the structure such as screw mandrel, above-mentioned pin in above-mentioned one-level compensation member 1 to adjust the tension compensating of upper axle 21 and lower shaft 22 pairs of flood warp thread.Similarly, one-level compensation member 1 also can adopt the fixed leg structure in above-mentioned secondary compensation member 2 to adjust the tension compensating of train wheel bridge 11 and lower plate 12 pairs of flood warp thread.
In the present embodiment, in order to support secondary compensation member 2 and three grades of compensation member 3, continue referring to Fig. 1, warp tension compensation arrangement of the present utility model also comprises support 35.Support 35 comprises several and erects the parallel and mutual crossbeam 353 that arranges of alignment of beams 351 and two.Each erects beam 351 is fixed on corresponding crossbeam 353 lateral surface (two crossbeams 353 mutually sides are dorsad lateral surface) away from the top on ground.Each lever 31 is rotatably installed on corresponding crossbeam 353.Secondary compensation member 2 is positioned at the first end of crossbeam 353, and step 24 is fixed on the first end of crossbeam 353.
Particularly, above-mentioned three grades of compensation member 3 also comprise fixed bar 36.The two ends of fixed bar 36 are individually fixed in the medial surface (two crossbeam 353 sides are in opposite directions lateral surface) of crossbeam 353.Each lever 31 is T-shaped, it hold-down support 313 comprising the body of rod 311 and protruded out by the body of rod 311.Hold-down support 313 is installed on fixed bar 36, and can rotate around fixed bar 36.The first end of each body of rod 311 is for installing counterweight 31.The two ends that second end of each body of rod 311 is provided with a bayonet socket 315, first conduit 33 are stuck in bayonet socket 315, install replacing first conduit 33 to facilitate.Further, the first conduit 33 can around the axis Free-rolling of self in bayonet socket 315 under the effect of external force, thus enough effectively reduces the frictionally damage of flood warp thread in third time tension force control and compensation process.
In order to limit the maximum compensation rate of lever 31 in third time tension force control and compensation process, in other words, in order to the height that the first end limiting each body of rod 311 tilts, each tension compensating unit 100 also comprises the stop 4 being installed on support 35.Stop 4 is positioned at directly over any part on the first end direction of each body of rod 311.Adjustable stop 4 and each body of rod 311 vertical range in the state of the equilibrium as required.According in fabrication processes, to warp thread in shedding requirement, adjustment stop 4 and each body of rod 311 vertical range in the state of the equilibrium, make the first end of each body of rod 311 when tilting predetermined altitude, each body of rod 311 backstop can not exceed this predetermined height in stop 4.In the present embodiment, particularly, stop 4 comprises two fixed head 41 and two adjusting bolts 43.Two fixed heads 41 are individually fixed on crossbeam 353, and each fixed head 41 is provided with adjustment hole (not shown).Each adjusting bolt 43 is installed on corresponding adjustment hole respectively, and can move up and down in adjustment hole under the screwing of operator.Each adjusting bolt 43 comprises the screw rod end 433 screwing nut 431 and be positioned at below fixed head 41 be positioned at above fixed head 41.Screw rod end 433 is positioned at directly over any part on the first end direction of each body of rod 311.According to shedding requirement, operation screws nut 431, with the length regulating each adjusting bolt 43 to stretch out screw rod end 433, thus the end face of adjustment screw rod end 433 and each body of rod 311 vertical range in the state of the equilibrium, make the first end of each body of rod 311 when tilting predetermined altitude, each body of rod 311 backstop can not exceed this predetermined height in the end face adjusting screw rod end 433.
In the present embodiment, in order to adjust the path of flood warp thread, each tension compensating unit 100 also comprises the second conduit 5, privates pipe 6 and privates pipe 7.Wherein, the two ends of the second conduit 5 are individually fixed in the medial surface of two crossbeams 353.The two ends of privates pipe 6 and privates pipe 7 are individually fixed in erects beam 351.Second conduit 5 is positioned at the first end place of crossbeam 353, and and secondary compensation member 2 interval arrange.Privates pipe 6 is between the second conduit 5 and the first conduit 33.First conduit 33 is between the second conduit 5 and privates pipe 7.Flood warp thread is successively through behind the gap train wheel bridge 11 and lower plate 12, gap between upper axle 21 and lower shaft 22, around to the second conduit 33 top side face, again around to the bottom side face of privates pipe 6, again around to the top side face of the first conduit 33, and then after the top side face of privates pipe 7, introduce loom weave, to tie a knot in fabrication processes to prevent warp thread, disorderly.
Preferably, in the present embodiment, in order to by flood warp thread separating one by one, and carry out tension force control and compensation to every root warp thread, each tension compensating unit 100 also comprises separating member 8, some menopause tablets 9, support bar 10 and the 5th conduit 20.Separating member 8 between one-level compensation member 1 and secondary compensation member 2, or between secondary compensation member 2 and three grades of compensation member 3.
Incorporated by reference to reference to Fig. 2, each menopause tablet 9 is provided with through hole 91 and one for the microscler elongated hole 93 through support bar 10, and wherein, through hole 91 is positioned at one end place of the length direction of elongated hole 93; Like this, when menopause tablet 3 hangs over support bar 10 time, through hole 91 is positioned at the top of elongated hole 93.Relative setting beam 351 is all fixed at the two ends of support bar 10 and the 5th conduit 20, and support bar 10 is between the 4th and the 5th conduit 7,20.Each menopause tablet 9 hangs on support bar 10 by elongated hole 93.Under this kind of structure, flood warp thread through behind the gap train wheel bridge 11 and lower plate 12 by separating member 8 be separated into one by one after warp thread again through the gap upper axle 21 and lower shaft 22; Or flood warp thread is successively through after the gap train wheel bridge 11 and lower plate 12, gap between upper axle 21 and lower shaft 22, then be separated into warp thread one by one by separating member 8.In a word, flood warp thread is separated into the top side face around to the second conduit 33 after warp thread one by one, again around to the bottom side face of privates pipe 6, again around to the top side face of the first conduit 33, again around to privates pipe 7 top side face after, through the through hole 91 of each menopause tablet 9, finally after the top side face of the 5th conduit 20, introduce loom again and weave.Now, each menopause tablet 9 is pressed on each root warp thread, by the weight of each menopause tablet 9 to often carrying out tension force control and compensation with warp thread, to guarantee that every root warp tension is consistent thus to ensure that the mechanical property of fabric construction, increase compensation rate simultaneously, improve reliability.And, one-level compensation member 1, secondary compensation member 2, three grades of compensation member 3, separating member 8 and menopause tablets 9 are linked into an integrated entity by warp thread, flood warp thread by separating member 8 be separated into one by one after warp thread again around upper first conduit 33 and privates pipe 7, through menopause tablet 9, while the tension force control and compensation being carried out flood warp thread by lever 31, each root warp thread is also carrying out the tension force control and compensation of warp yarn by menopause tablet 9, and the coordinated signals achieving warp yarn and flood warp tension compensates.
Particularly, continue referring to Fig. 1, in the present embodiment, separating member 8 comprises fixture 81 and at least one comb part 83.The two ends of fixture 81 are individually fixed in step 24, and and leave gap between lower shaft 22.Comb part 81 is fixed on fixture 81.Comb part 81 comprises the tooth (non-label) of the axes normal of some and upper axle 21 and lower shaft 22, and aligns with the gap between upper axle 21 and lower shaft 22 in the center of each tooth of comb part 81.When comb part 81 only has one, can between one-level compensation member 1 and secondary compensation member 2, also can between secondary compensation member 2 and three grades of compensation member 3.In other words, flood warp thread successively through the gap train wheel bridge 11 and lower plate 12, after first can being divided into each root by comb part 81, then through the gap upper axle 21 and lower shaft 22; Also can be flood warp thread successively through the gap train wheel bridge 11 and lower plate 12, and behind gap between upper axle 21 and lower shaft 22, then be divided into each root by comb part 81.Certainly, comb part 81 also can be arranged to two that are positioned at axle 21 both sides; Now, flood warp thread, successively through the gap train wheel bridge 11 and lower plate 12, after being divided into each root, then through the gap upper axle 21 and lower shaft 22, then is divided into each root by another comb part 81 again by a comb part 81.It should be noted that, in other embodiments, plural comb part 81 can be set, it can all between one-level compensation member 1 and secondary compensation member 2, also can all between secondary compensation member 2 and three grades of compensation member 3, secondary compensation member 2 both sides can also be distributed in, as long as meet, flood warp thread be divided into each root warp thread.
In the present embodiment, in order to judge that warp yarn to cause problem that is lax or that break because tension force control and compensation is not in place, the real warp tension compensation arrangement of the utility model also comprises two relatively corresponding laser inductors 30 and terminal (not shown).This laser inductor 30 is arranged on two setting beams 351 be oppositely arranged respectively, and is positioned at the below of menopause tablet 9.The mutual correlation of light that these two laser inductors 30 send, and this two laser inductor 30 connects terminal.Terminal can be display screen or alarm, and when the light of laser inductor 30 correlation is cut off, laser inductor 30 sends instruction to terminal, and terminal carries out cracked ends display after receiving instruction or buzzing is reported to the police.
Particularly, due to the tension force of warp thread, menopause tablet 9 is raised by warp thread, and now, the weight of menopause tablet 9 carries out tension force control and compensation to each root warp thread.When warp thread is lax or when having broken, menopause tablet 9 declines and even hangs on support bar 10 under the effect of self gravitation.Now, the lower end of menopause tablet 9 has blocked the light of laser inductor 30 correlation, and laser inductor 30 sends instruction to terminal, carries out showing or buzzing warning after terminal receives instruction, has warp thread cracked ends or lax to point out operator.
When warp tension compensation arrangement of the present utility model compensates multilayer warp thread, can comprise multiple tension compensating unit 100, and the one-level compensation member 1 of these tension compensating unit 100, secondary compensation member 2 and three grades of compensation member 3 form a line respectively, being arranged on of row installs column 13 and support 35.Each tension compensating unit 100 bears the tension force control and compensation of every root warp thread in one deck flood warp thread and this flood warp thread.
The utility model additionally provides a kind of layered loom, and it comprises at least one above-mentioned warp tension compensation arrangement.This layered loom is inevitable also has the beneficial effect identical with above-mentioned warp tension compensation arrangement, repeats no more herein.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a warp tension compensation arrangement, is characterized in that, it comprises at least one tension compensating unit, and described tension compensating unit comprises the one-level compensation member of spaced setting, secondary compensation member and three grades of compensation member;
Described one-level compensation member comprises the train wheel bridge and lower plate that are oppositely arranged, described train wheel bridge can relatively away from or near described lower plate;
Described secondary compensation member comprises the upper axle and lower shaft that are oppositely arranged, described upper axle can relatively away from or near described lower shaft;
Described three grades of compensation member comprise at least two levers, multiple counterweight of Different Weight and the first conduit, described counterweight is selectively installed on the first end of each lever, and the weight of the described counterweight of the first end installation of described lever is each time identical, the two ends of described first conduit are installed on the second end of described lever respectively, and described first conduit tilts along with the increase of the weight of described counterweight or minimizing or sinks;
Flood warp thread successively through behind the gap described train wheel bridge and described lower plate, gap between described upper axle and described lower shaft, then around the top side face of upper described first conduit; Wherein,
The motion of described train wheel bridge relatively described lower plate is tightened or the tension force of lax described flood warp thread, the motion of described upper axle relatively described lower shaft is tightened or the tension force of lax described flood warp thread, and described flood warp thread is tightened along with the tilting of described first conduit or sinking or lax.
2. warp tension compensation arrangement according to claim 1, it is characterized in that, two nuts that described one-level compensation member also comprises two screw rods and coordinates with screw rod described in each, described train wheel bridge is provided with fixing hole, described lower plate is provided with the screwed hole coordinated with described screw rod, and screw rod described in each is fixed on corresponding fixing hole through after corresponding screwed hole; Nut sleeve described in each is contained on corresponding screw rod, and nut described in each is resisted against the bottom surface of described lower plate described train wheel bridge dorsad.
3. warp tension compensation arrangement according to claim 1, it is characterized in that, described in each, tension compensating unit also comprises the second conduit, privates pipe and privates pipe, described flood warp thread is successively through the gap described train wheel bridge and described lower plate, behind gap between described upper axle and described lower shaft, first successively around to the top side face of described second conduit, the bottom side face of described privates pipe, again around the top side face of upper described first conduit, from after the top side face of described first conduit lays out again around to the top side face of described privates pipe.
4. warp tension compensation arrangement according to claim 3, it is characterized in that, each tension compensating unit also comprises some menopause tablets, support bar, the 5th conduit and separating member, menopause tablet described in each comprises elongated hole and is positioned at the through hole at one end place of described elongated hole, described flood warp thread is by being separated into warp thread one by one after described separating member, elongated hole described in each is enclosed within described support bar, each one thread laid out from the top side face of described privates pipe through after the through hole of each menopause tablet, around to the top side face of described 5th conduit.
5. warp tension compensation arrangement according to claim 4, is characterized in that, described separating member comprises fixture and at least one comb part, and described comb part is fixed on described fixture; And described separating member is fixed between described one-level separating member and described secondary compensation member by described fixture or is fixed between described secondary compensation member and described three grades of compensation member; Again around the top side face of upper described second conduit after described flood warp thread is separated by described comb part.
6. warp tension compensation arrangement according to claim 4, it is characterized in that, two laser inductors that described warp tension compensation arrangement also comprises terminal and is oppositely arranged, described laser inductor connects described terminal, described laser inductor is positioned at the below of described menopause tablet, the mutual correlation of the light that described laser inductor sends, when described menopause tablet drops to and is affiliated on described support bar, described menopause tablet cuts off the correlation light of described laser inductor and triggers described laser inductor to described terminal and send instruction, described terminal shows cracked ends or warning after receiving the instruction that described laser inductor sends.
7. warp tension compensation arrangement according to claim 3, it is characterized in that, described three grades of compensation member also comprise fixed bar, the hold-down support that each lever comprises the body of rod and protruded out by the described body of rod, described hold-down support is rotatably installed on described fixed bar, described counterweight is installed on the first end of the body of rod described in each, and the two ends of described first conduit are all rotatably installed on the second end of the described body of rod.
8. warp tension compensation arrangement according to claim 1, it is characterized in that, described warp tension compensation arrangement also comprises two fixed heads and two adjusting bolts, described in each, fixed head is provided with adjustment hole, described adjusting bolt can pass described adjustment hole with screwing, adjusting bolt described in each is positioned at directly over the first end position of lever described in each, and adjusting bolt end described in each and the vertical range in the state of the equilibrium of lever described in each adjustable.
9. warp tension compensation arrangement according to claim 1, it is characterized in that, described secondary compensation member also comprises two top chocks supporting described upper axle, two steps supporting described lower shaft and some balancing weights varied in weight, described in each, top chock is provided with through hole, step described in each is provided with the fixed leg of the through hole through corresponding top chock, described fixed leg exposes to the top chock of described correspondence, and described balancing weight is selectable to be installed on described fixed leg and to compress the top chock of described correspondence.
10. a layered loom, is characterized in that, it comprises the warp tension compensation arrangement according to any one of the claims 1 to 9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520386558.8U CN204676242U (en) | 2015-06-04 | 2015-06-04 | Warp tension compensation arrangement and layered loom |
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| CN201520386558.8U CN204676242U (en) | 2015-06-04 | 2015-06-04 | Warp tension compensation arrangement and layered loom |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104878510A (en) * | 2015-06-04 | 2015-09-02 | 佛山慈慧通达科技有限公司 | Warp tension compensation device and multi-tier loom |
| CN107761229A (en) * | 2017-11-30 | 2018-03-06 | 佛山慈慧通达科技有限公司 | A kind of flood chaine constant tension control device |
| CN113638113A (en) * | 2021-10-13 | 2021-11-12 | 布鲁希斯纺织用品(南通)有限公司 | Intelligent photoelectric induction breakage-proof tensioner for spinning |
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2015
- 2015-06-04 CN CN201520386558.8U patent/CN204676242U/en not_active Withdrawn - After Issue
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104878510A (en) * | 2015-06-04 | 2015-09-02 | 佛山慈慧通达科技有限公司 | Warp tension compensation device and multi-tier loom |
| CN104878510B (en) * | 2015-06-04 | 2016-04-27 | 佛山慈慧通达科技有限公司 | Warp tension compensation arrangement and layered loom |
| CN107761229A (en) * | 2017-11-30 | 2018-03-06 | 佛山慈慧通达科技有限公司 | A kind of flood chaine constant tension control device |
| CN113638113A (en) * | 2021-10-13 | 2021-11-12 | 布鲁希斯纺织用品(南通)有限公司 | Intelligent photoelectric induction breakage-proof tensioner for spinning |
| CN113638113B (en) * | 2021-10-13 | 2021-12-21 | 布鲁希斯纺织用品(南通)有限公司 | Intelligent photoelectric induction breakage-proof tensioner for spinning |
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