CN204982264U - Adjustable of single dual system flat -bed machine can letter gram device - Google Patents
Adjustable of single dual system flat -bed machine can letter gram device Download PDFInfo
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- CN204982264U CN204982264U CN201520562556.XU CN201520562556U CN204982264U CN 204982264 U CN204982264 U CN 204982264U CN 201520562556 U CN201520562556 U CN 201520562556U CN 204982264 U CN204982264 U CN 204982264U
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Abstract
The utility model relates to an adjustable of single dual system flat -bed machine can letter gram device. Still there is not one kind not need the triangular adjustable ability letter gram device of motor and vehicle actuated control letter gram at present. The utility model discloses a characteristics of device are: which comprises a base, left side sinker preforming, right side sinker preforming, left side letter gram triangle, right side letter gram triangle, left side rocker, right side rocker, left side magnetic part and right magnetic part, left side sinker preforming and right sinker preforming all rotate the connection on the base, the connection is rotated respectively on the left rocker connecting piece of base rotates the connecting piece with a left side triangular left rocker of letter gram in the both ends of left side rocker, the connection is rotated respectively on the right rocker connecting piece of base rotates the connecting piece with the right side triangular right rocker of letter gram in the both ends of right side rocker, form left passageway between the sinker preforming of a left side letter gram trigonometric sum left side, form right passageway between the sinker preforming of the right side letter gram trigonometric sum right side. The utility model discloses need not motor and response, it is with low costs, dependable performance, wide applicability.
Description
Technical field
The utility model relates to field of textile machinery, especially relates to a kind of adjustable energy saving Kanehara device of single dual system straight-bar machines, belongs to parts on straight-bar machines.
Background technology
The Kanehara device that single dual system uses in the market is mainly motor-driven and mop type two kinds, motor-driven adopts motor to drive and responds to the position of two ore control sinker triangle, cost is too high, and do not meet the energy saver mode that current country advocates, in addition, because the production cost of complete machine is high, market sale is had a certain impact; The adjustable range of mop type is too little, can not meet the needs of cross machine knitting completely.
Also there is now the Kanehara device of other structures, if publication date is on 01 09th, 2013, publication number is in the Chinese patent of CN102864569A, disclose the sinker triangle device in a kind of flat machine, this sinker triangle device comprises pneumatic gearing portion and a triangular part, pneumatic gearing portion has the first activity template and the second activity template, interlaced installation; First activity template has the first track and the second track; Second activity template has the 3rd track and the 4th track; The housing two ends of triangular part have the first elongated slot, the first short groove, the second elongated slot and the second short groove all successively; Triangular part also has first Yangtze River Delta, second Yangtze River Delta, the short triangle of the first short trigonometric sum second, and first Yangtze River Delta is connected by contiguous block with the first short triangle; Also be connected by contiguous block between second Yangtze River Delta with the second short triangle; First Yangtze River Delta is connected with limited block by the first short groove, the second short groove with second Yangtze River Delta; Be fixed with reset triangle between first Yangtze River Delta and second Yangtze River Delta, fabric is pushed down in this sinker triangle device energy control settlement sheet swing, but structure is too complicated, and transmission effect is poor.And for example publication date is on 08 24th, 2011, publication number is in the Chinese patent of CN201942847U, disclose a kind of single system sinker device of flat knitting machine, this single system sinker device of flat knitting machine comprises Kanehara seat and Kanehara, one piece of bootstrap block is respectively provided with at two ends of Kanehara seat, Kanehara seat is provided with draw bar, draw bar is provided with the first inclined-plane and the second inclined-plane, Kanehara comprises the first Kanehara and the second Kanehara, first Kanehara is connected with the first contiguous block, first contiguous block is provided with the first sliding bearing, in the first slideway that first sliding bearing is located at Kanehara seat and bottom is butted on the top of draw bar, second Kanehara is connected with the second contiguous block, second contiguous block is provided with the second sliding bearing, in the second slideway that second sliding bearing is located at Kanehara seat and bottom is butted on the top of draw bar, draw bar is connected with tooth row, this single system sinker device of flat knitting machine can only be applicable in single system straight-bar machines, applicable surface is narrower.
In sum, also do not have a kind of structure simple, reasonable in design at present, do not need motor to drive, do not need to respond to the position controlling sinker triangle, sinker compressing tablet adjustable adjustable energy saving Kanehara device.
Utility model content
The purpose of this utility model is to overcome above shortcomings in prior art, and a kind of reasonable in design is provided, cost is low, dependable performance, widely applicable, ensure in head advance process, no matter whether sinker position is neat, and all sinkers all can effectively be imported between sinker compressing tablet and sinker triangle, and can ensure the adjustable energy saving Kanehara device keeping single dual system straight-bar machines of fitting all the time with sinker.
The technical scheme in the invention for solving the above technical problem is: the design feature of the adjustable energy saving Kanehara device of this single dual system straight-bar machines is: comprise pedestal, left sinker compressing tablet, right sinker compressing tablet, left elastic component, right elastic component, left spacing regulating part, space on right regulating part, left sinker triangle, right sinker triangle, for the left rocking bar of the left sinker triangle that swings, for the right rocking bar of the right sinker triangle that swings, left magnetic part, right magnetic part and the gangbar linked for left sinker triangle and the generation of right sinker triangle, described left sinker compressing tablet and right sinker compressing tablet are all rotatably connected on pedestal, the two ends of described left elastic component withstand on pedestal and left sinker compressing tablet respectively, the two ends of described right elastic component withstand on pedestal and right sinker compressing tablet respectively, described left spacing regulating part and space on right regulating part are all movably connected on pedestal, described left spacing regulating part and left sinker compressing tablet coordinate, described space on right regulating part and right sinker compressing tablet coordinate, described pedestal is provided with left rocking bar connector for being rotationally connected with left rocking bar and the right rocking bar connector for being rotationally connected with right rocking bar, described left sinker triangle is provided with the left rocking bar rotating connector for being rotationally connected with left rocking bar, described right sinker triangle is provided with the right rocking bar rotating connector for being rotationally connected with right rocking bar, the two ends of described left rocking bar are rotatably connected on the left rocking bar connector of pedestal and the left rocking bar rotating connector of left sinker triangle respectively, the two ends of described right rocking bar are rotatably connected on the right rocking bar connector of pedestal and the right rocking bar rotating connector of right sinker triangle respectively, described left sinker triangle and right sinker triangle are positioned at the homonymy of pedestal, described left magnetic part and right magnetic part are separately fixed in left sinker triangle and right sinker triangle, the two ends of described gangbar are rotatably connected on adjacent left rocking bar rotating connector and right rocking bar rotating connector respectively, formed between described left sinker triangle and left sinker compressing tablet and be used for the current left passage of sinker, formed between described right sinker triangle and right sinker compressing tablet and be used for the current right passage of sinker.The utility model is made not need motor to drive thus, do not need to respond to the position controlling left sinker triangle and right sinker triangle, structure is very simple, production cost is low, the function action that left sinker triangle and right sinker triangle swing is realized by left rocking bar and right rocking bar, finally achieve the braiding function of Kanehara, dependable performance.
As preferably, left sinker compressing tablet described in the utility model comprises left compressing tablet body, described left compressing tablet body is provided with the left rotation section for rotating on pedestal, for sinker is led left guide part, fend off for a left side of withstanding left elastic component portion and for withstanding on the left spacing adjusting portion on left spacing regulating part; Described right sinker compressing tablet comprises right compressing tablet body, described right compressing tablet body is provided with the right rotation section for rotating on pedestal, for sinker is led right guide part, fend off for the right side of withstanding right elastic component portion and for withstanding on the space on right adjusting portion on space on right regulating part.
As preferably, adjustable energy saving Kanehara device described in the utility model also comprises the anti-striker in a left side for playing crashproof cushioning effect in swinging process in left sinker triangle and the anti-striker in the right side for playing crashproof cushioning effect in swinging process in right sinker triangle, and the anti-striker of the anti-striker in a described left side and the right side is all connected on pedestal.Be conducive to the service life of extension device.
As preferably, adjustable energy saving Kanehara device described in the utility model also comprises hairbrush fixture and hairbrush pressing plate, and described hairbrush fixture is fixed on pedestal, and described hairbrush pressing plate is fixed on hairbrush fixture.Structural design is more reasonable, and the brush for brush syringe needle can be fixed by hairbrush pressing plate.
As preferably, the quantity of left rocking bar described in the utility model and right rocking bar is two, described pedestal is provided with two left rocking bar connectors and two right rocking bar connectors, described left sinker triangle is provided with two left rocking bar rotating connectors, described right sinker triangle is provided with two right rocking bar rotating connectors, one end of two left rocking bars is rotatably connected on two left rocking bar connectors respectively, the other end of two left rocking bars is rotatably connected on two left rocking bar rotating connectors respectively, one end of two right rocking bars is rotatably connected on two right rocking bar connectors respectively, the other end of two right rocking bars is rotatably connected on two right rocking bar rotating connectors respectively.Make structural design of the present utility model more rationally thus, left rocking bar can more steadily, accurate, effective drive left sinker triangle to swing, and right rocking bar can more steady, accurate, effectively drive right sinker triangle to swing.
As preferably, left guide part described in the utility model is provided with the left guiding surface for leading to sinker, and described right guide part is provided with the right guiding surface for leading to sinker.
As preferably, the position that left compressing tablet body described in the utility model is positioned at left spacing adjusting portion is provided with left adjustment hole or left regulating tank, this left adjustment hole or left regulating tank and the alignment of left spacing regulating part; The position that described right compressing tablet body is positioned at space on right adjusting portion is provided with right adjustment hole or right regulating tank, this right adjustment hole or right regulating tank and the alignment of space on right regulating part.
As preferably, fend off portion and left spacing adjusting portion of left rotation section described in the utility model, a left side is all positioned at the front of left compressing tablet body or is all positioned at the back side of left compressing tablet body, and fend off portion and space on right adjusting portion of described right rotation section, the right side is all positioned at the front of right compressing tablet body or is all positioned at the back side of right compressing tablet body.
As preferably, left guide part described in the utility model is provided with two prerotation vanes, two prerotation vanes lay respectively at the both sides of left compressing tablet body, described two prerotation vanes are respectively the short prerotation vane of left long prerotation vane and a left side, when be provided with left spacing adjusting portion in left compressing tablet body this facing to beholder time, described left long prerotation vane and the short prerotation vane in a left side are turned left from the right side and are arranged in order; Described right guide part is provided with two prerotation vanes, two prerotation vanes lay respectively at the both sides of right compressing tablet body, described two prerotation vanes are respectively the short prerotation vane of right long prerotation vane and the right side, when be provided with space on right adjusting portion in right compressing tablet body this facing to beholder time, described right long prerotation vane and the short prerotation vane in the right side are arranged in order from left to right.
As preferably, left rotation section described in the utility model being provided with the left-hand rotation swing arm on the left straight pin for being sleeved on pedestal, being rotationally connected between described left-hand rotation swing arm and left straight pin; Described right rotation section being provided with the right-hand rotation swing arm on the right straight pin for being sleeved on pedestal, being rotationally connected between described right-hand rotation swing arm and right straight pin.
The utility model compared with prior art, have the following advantages and effect: structure is simple, reasonable in design, design is unique, does not need motor to drive, and does not need to respond to the position controlling sinker triangle, the function action that left sinker triangle and right sinker triangle swing is realized by left rocking bar and right rocking bar, production cost is low, widely applicable, is convenient to marketing.Left magnetic part and right magnetic part is devised cleverly respectively in the plane of left sinker triangle and right sinker triangle, utilize the suction of left magnetic part and right magnetic part to drive left sinker triangle and right sinker triangle to complete left and right function action, achieve the braiding function of Kanehara.Be designed with the anti-striker of left anti-striker and the right side, to the effect playing crashproof buffering in operation about left sinker triangle and right sinker triangle, left anti-striker and the anti-striker in the right side are all designed with eccentric orfice, can regulate impingement position, thus ensure that the guiding position precision of left sinker triangle and right sinker triangle.
Left sinker compressing tablet is designed with the left guide part for leading to sinker, and no matter whether sinker position is neat, can both ensure that all sinkers all can effectively be imported between left sinker compressing tablet and sinker triangle in head advance process; Fend off portion on the left sinker compressing tablet left side be designed with for withstanding left elastic component, can ensure that left sinker compressing tablet keeps fitting with sinker all the time; Left sinker compressing tablet is designed with the left spacing adjusting portion for withstanding on left spacing regulating part, the gap between left sinker compressing tablet and sinker triangle and thrust can be regulated, to ensure that in use procedure can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.Right sinker compressing tablet is designed with the right guide part for leading to sinker, and no matter whether sinker position is neat, can both ensure that all sinkers all can effectively be imported between right sinker compressing tablet and sinker triangle in head advance process; Fend off portion on the right sinker compressing tablet right side be designed with for withstanding right elastic component, can ensure that right sinker compressing tablet keeps fitting with sinker all the time; Right sinker compressing tablet is designed with the space on right adjusting portion for withstanding on spacing regulating part, the gap between right sinker compressing tablet and sinker triangle and thrust can be regulated, to ensure that in use procedure can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the adjustable energy saving Kanehara device of single dual system straight-bar machines in the utility model embodiment.
Fig. 2 is the left TV structure schematic diagram of Fig. 1.
Fig. 3 be Fig. 1 look up structural representation.
Fig. 4 is the plan structure schematic diagram of Fig. 1.
Fig. 5 is the perspective view of the adjustable energy saving Kanehara device of single dual system straight-bar machines in the utility model embodiment.
Status architecture schematic diagram when Fig. 6 is the adjustable energy saving Kanehara device left lateral of single dual system straight-bar machines in the utility model embodiment.
Status architecture schematic diagram when Fig. 7 is the adjustable energy saving Kanehara device right lateral of single dual system straight-bar machines in the utility model embodiment.
Fig. 8 is pedestal in the utility model embodiment, hairbrush fixture, hairbrush pressing plate, left sinker compressing tablet, right sinker compressing tablet, left elastic component, right elastic component, main TV structure schematic diagram between left spacing regulating part and space on right regulating part.
Fig. 9 is the left TV structure schematic diagram of Fig. 8.
Figure 10 is the plan structure schematic diagram of Fig. 8.
Figure 11 is the perspective view of Fig. 8.
Figure 12 is the perspective view at Fig. 8 another one visual angle.
Figure 13 is the perspective view at Fig. 8 another one visual angle again.
Figure 14 is the perspective view at Fig. 8 another one visual angle again.
Figure 15 is the main TV structure schematic diagram of left sinker compressing tablet in the utility model embodiment.
Figure 16 is the left TV structure schematic diagram of Figure 15.
Figure 17 is the right TV structure schematic diagram of Figure 15.
Figure 18 is the plan structure schematic diagram of Figure 15.
Figure 19 is the perspective view of left sinker compressing tablet in the utility model embodiment.
Figure 20 is the perspective view at left another visual angle of sinker compressing tablet in the utility model embodiment.
Figure 21 is the main TV structure schematic diagram of right sinker compressing tablet in the utility model embodiment.
Figure 22 is the left TV structure schematic diagram of Figure 21.
Figure 23 is the right TV structure schematic diagram of Figure 21.
Figure 24 is the plan structure schematic diagram of Figure 21.
Figure 25 is the perspective view of right sinker compressing tablet in the utility model embodiment.
Figure 26 is the perspective view at right another visual angle of sinker compressing tablet in the utility model embodiment.
Figure 27 is pedestal in the utility model embodiment, left sinker triangle, right sinker triangle, left rocking bar, right rocking bar, left magnetic part, main TV structure schematic diagram between right magnetic part and gangbar.
Figure 28 is the left TV structure schematic diagram of Figure 27.
Figure 29 is the right TV structure schematic diagram of Figure 27.
Figure 30 be Figure 27 look up structural representation.
Figure 31 is the plan structure schematic diagram of Figure 27.
Figure 32 is the perspective view of the sinker triangle mechanism of single dual system straight-bar machines adjustable energy saving Kanehara device in the utility model embodiment.
Figure 33 is the perspective view at another visual angle of sinker triangle mechanism of single dual system straight-bar machines adjustable energy saving Kanehara device in the utility model embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing, also by embodiment, the utility model is described in further detail, and following examples are that the utility model is not limited to following examples to explanation of the present utility model.
Embodiment.
See Fig. 1 to Figure 33, in the present embodiment, the adjustable energy saving Kanehara device of single dual system straight-bar machines comprises pedestal 1, hairbrush fixture 2, hairbrush pressing plate 3, left sinker compressing tablet 4, right sinker compressing tablet 5, left elastic component 6, right elastic component 7, left spacing regulating part 8, space on right regulating part 9, left sinker triangle 22, right sinker triangle 23, for the left rocking bar 24 of the left sinker triangle 22 that swings, for the right rocking bar 25 of the right sinker triangle 23 that swings, left magnetic part 26, right magnetic part 27, the gangbar 28 of interlock is produced for left sinker triangle 22 and right sinker triangle 23, for playing the anti-striker in a left side 29 of crashproof cushioning effect and the anti-striker 30 in the right side for playing crashproof cushioning effect in swinging process in right sinker triangle 23 in swinging process in left sinker triangle 22.
Left sinker compressing tablet 4 in the present embodiment and right sinker compressing tablet 5 are all rotatably connected on pedestal 1, the two ends of left elastic component 6 withstand on pedestal 1 and left sinker compressing tablet 4 respectively, the two ends of right elastic component 7 withstand on pedestal 1 and right sinker compressing tablet 5 respectively, left spacing regulating part 8 and space on right regulating part 9 are all movably connected on pedestal 1, left spacing regulating part 8 and left sinker compressing tablet 4 coordinate, and space on right regulating part 9 and right sinker compressing tablet 5 coordinate.Hairbrush fixture 2 is fixed on pedestal 1, and hairbrush pressing plate 3 is fixed on hairbrush fixture 2, and hairbrush fixture 2 is generally angle iron structure.Hairbrush fixed station can also be provided with bottom the pedestal 1 of the present embodiment, hairbrush fixture 19 is fixed on hairbrush fixed station, hairbrush pressing plate 20 is fixed on hairbrush fixture 19, brush for brush syringe needle is fixed on hairbrush pressing plate 20, make the design science more of pedestal 1, rationally, use more flexibly, conveniently.Left elastic component 6 and right elastic component 7 are spring usually, and left spacing regulating part 8 and space on right regulating part 9 are adjustment screw usually.
Left sinker compressing tablet 4 in the present embodiment comprises left compressing tablet body 41.Left compressing tablet body 41 is provided with the left rotation section 42 for rotating on pedestal 1, for the left guide part 43 led to sinker 16, fend off portion 44 on a left side for withstanding left elastic component 6, and for withstanding on the left spacing adjusting portion 45 on left spacing regulating part 8.Left rotation section 42 is provided with the left-hand rotation swing arm for being sleeved on the left straight pin 14 of pedestal 1, be rotationally connected between left-hand rotation swing arm and left straight pin 14, left-hand rotation swing arm can rotate on left straight pin 14, and the quantity of left-hand rotation swing arm is generally two, not only structure is simple, and stability of rotation.
Left guide part 43 in the present embodiment is provided with two prerotation vanes, and two prerotation vanes lay respectively at the both sides of left compressing tablet body 41.Described two prerotation vanes are respectively the short prerotation vane of left long prerotation vane and a left side, when be provided with left spacing adjusting portion 45 in left compressing tablet body 41 this facing to beholder time, the short prerotation vane of left long prerotation vane and a left side is turned left from the right side and is arranged in order.Two prerotation vanes of left guide part 43 are provided with the left guiding surface 431 for leading to sinker 16.
The position that left compressing tablet body 41 in the present embodiment is positioned at left spacing adjusting portion 45 is provided with left adjustment hole 46 or left regulating tank, this left adjustment hole 46 or left regulating tank and left spacing regulating part 8 align, be convenient to regulate the length of the left spacing regulating part 8 withstood in left spacing adjusting portion 45, thus the gap between left sinker compressing tablet 4 and sinker triangle and thrust can be regulated, to guarantee in use procedure can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.
Fend off portion 44 and left spacing adjusting portion 45 of left rotation section 42 in the present embodiment, a left side is all positioned at the front of left compressing tablet body 41 or is all positioned at the back side of left compressing tablet body 41, and namely fend off portion 44 and left spacing adjusting portion 45 of left rotation section 42, a left side is usually located at the same face of left compressing tablet body 41.Left rotation section 42 in the present embodiment is fended off between portion 44 and left spacing adjusting portion 45 on a left side, left rotation section 42 can be considered as the initial point rotated, the portion 44 that fends off, the left side withstood on left elastic component 6 can ensure that left sinker compressing tablet 4 keeps fitting with sinker 16 all the time, left elastic component 6 can be spring, fends off the left keeper that portion 44 can be provided with for positioning spring in a left side.The left spacing adjusting portion 45 withstood on left spacing regulating part 8 can regulate gap between left sinker compressing tablet 4 and sinker triangle and thrust, to ensure that in use procedure can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.
Right sinker compressing tablet 5 in the present embodiment comprises right compressing tablet body 51.Right compressing tablet body 51 is provided with the right rotation section 52 for rotating on pedestal 1, for the right guide part 53 led to sinker 16, fend off portion 54 on the right side for withstanding right elastic component 7, and for withstanding on the space on right adjusting portion 55 on space on right regulating part 9.Right rotation section 52 is provided with the right-hand rotation swing arm for being sleeved on the right straight pin 15 of pedestal 1, be rotationally connected between right-hand rotation swing arm and right straight pin 15, right-hand rotation swing arm can rotate on right straight pin 15, and the quantity of right-hand rotation swing arm is generally two, not only structure is simple, and stability of rotation.The pedestal 1 of the present embodiment is provided with the left straight pin 14 for being rotationally connected left sinker compressing tablet 4 and the right straight pin 15 for being rotationally connected right sinker compressing tablet 5.
Right guide part 53 in the present embodiment is provided with two prerotation vanes, and two prerotation vanes lay respectively at the both sides of right compressing tablet body 51.Described two prerotation vanes are respectively the short prerotation vane of right long prerotation vane and the right side, when be provided with space on right adjusting portion 55 in right compressing tablet body 51 this facing to beholder time, the short prerotation vane of right long prerotation vane and the right side is arranged in order from left to right.Two prerotation vanes of right guide part 53 are provided with the right guiding surface 531 for leading to sinker 16.
The position that right compressing tablet body 51 in the present embodiment is positioned at space on right adjusting portion 55 is provided with right adjustment hole 56 or right regulating tank, this right adjustment hole 56 or right regulating tank and space on right regulating part 9 align, be convenient to regulate the length of the space on right regulating part 9 withstood in space on right adjusting portion 55, thus the gap between right sinker compressing tablet 5 and sinker triangle and thrust can be regulated, to guarantee in use procedure can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.
Fend off portion 54 and space on right adjusting portion 55 of right rotation section 52 in the present embodiment, the right side is all positioned at the front of right compressing tablet body 51 or is all positioned at the back side of right compressing tablet body 51, and namely fend off portion 54 and space on right adjusting portion 55 of right rotation section 52, the right side is usually located at the same face of right compressing tablet body 51.Right rotation section 52 in the present embodiment is fended off between portion 54 and space on right adjusting portion 55 on the right side, right rotation section 52 can be considered as the initial point rotated, the portion 54 that fends off, the right side withstood on right elastic component 7 can ensure that right sinker compressing tablet 5 keeps fitting with sinker 16 all the time, right elastic component 7 can be spring, fends off the right keeper that portion 54 can be provided with for positioning spring in the right side.The space on right adjusting portion 55 withstood on spacing regulating part can regulate gap between right sinker compressing tablet 5 and sinker triangle and thrust, to ensure that in use procedure can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.
Left sinker compressing tablet 4 in the present embodiment is generally integral structure, and right sinker compressing tablet 5 is generally integral structure, makes to design science more, and rationally, structure is more firm.
Pedestal 1 in the present embodiment is provided with left rocking bar connector 11 for being rotationally connected with left rocking bar 24 and the right rocking bar connector 12 for being rotationally connected with right rocking bar 25, left sinker triangle 22 is provided with the left rocking bar rotating connector 21 for being rotationally connected with left rocking bar 24, right sinker triangle 23 is provided with the right rocking bar rotating connector 31 for being rotationally connected with right rocking bar 25, the two ends of left rocking bar 24 are rotatably connected on the left rocking bar connector 11 of pedestal 1 and the left rocking bar rotating connector 21 of left sinker triangle 22 respectively, the two ends of right rocking bar 25 are rotatably connected on the right rocking bar connector 12 of pedestal 1 and the right rocking bar rotating connector 31 of right sinker triangle 23 respectively, left sinker triangle 22 and right sinker triangle 23 are positioned at the homonymy of pedestal 1, left sinker triangle 22 and right sinker triangle 23 are side by side.Formed between left sinker triangle 22 and left sinker compressing tablet 4 and be used for the current left passage 17 of sinker 16, formed between right sinker triangle 23 and right sinker compressing tablet 5 and be used for the current right passage 18 of sinker 16, be communicated with between left passage 17 and right passage 18.Left spacing regulating part 8 and left sinker compressing tablet 4 coordinate, and left spacing regulating part 8, for regulating the distance between left sinker compressing tablet 4 and left sinker triangle 22, namely for regulating the width of left passage 17, ensures that left sinker compressing tablet 4 can be fitted with sinker 16 all the time; Space on right regulating part 9 and right sinker compressing tablet 5 coordinate, and space on right regulating part 9, for regulating the distance between right sinker compressing tablet 5 and right sinker triangle 23, namely for regulating the width of right passage 18, ensures that right sinker compressing tablet 5 can be fitted with sinker 16 all the time.
Left magnetic part 26 in the present embodiment and right magnetic part 27 are separately fixed in left sinker triangle 22 and right sinker triangle 23, and the two ends of gangbar 28 are rotatably connected on adjacent left rocking bar rotating connector 21 and right rocking bar rotating connector 31 respectively.The quantity of left magnetic part 26 and right magnetic part 27 is preferably three, two left magnetic parts 26 are fixed on the position at close left sinker triangle 22 two ends, a remaining left magnetic part 26 between two other left magnetic part 26, and on the position away from right sinker triangle 23; Two right magnetic parts 27 are fixed on the position near right sinker triangle 23 two ends, remaining one right magnetic part 27 between two other right magnetic part 27, and on the position away from left sinker triangle 22.Left anti-striker 29 and the anti-striker 30 in the right side are all connected on pedestal 1, left anti-striker 29 being provided with for regulating impingement position to ensure that left sinker triangle 22 leads the eccentric orfice of position precision, right anti-striker 30 being provided with for regulating impingement position to ensure that right sinker triangle 23 leads the eccentric orfice of position precision.
The top of the left sinker triangle 22 in the present embodiment is planar structure, and left magnetic part 26 is fixed on the top of left sinker triangle 22; The top of right sinker triangle 23 is planar structure, and right magnetic part 27 is fixed on the top of left sinker triangle 22, and the top of left sinker triangle 22 and the top of right sinker triangle 23 flush.
Left rocking bar 24 in the present embodiment and the quantity of right rocking bar 25 are two, pedestal 1 is provided with two left rocking bar connectors 11 and two right rocking bar connectors 12, left sinker triangle 22 is provided with two left rocking bar rotating connectors 21, right sinker triangle 23 is provided with two right rocking bar rotating connectors 31, one end of two left rocking bars 24 is rotatably connected on two left rocking bar connectors 11 respectively, the other end of two left rocking bars 24 is rotatably connected on two left rocking bar rotating connectors 21 respectively, one end of two right rocking bars 25 is rotatably connected on two right rocking bar connectors 12 respectively, the other end of two right rocking bars 25 is rotatably connected on two right rocking bar rotating connectors 31 respectively.Parallel between two left rocking bars 24, left rocking bar 24 is made more steadily, accurately, effectively to drive left sinker triangle 22 to swing, parallel between two right rocking bars 25, make right rocking bar 25 more steadily, accurately, effectively to drive right sinker triangle 23 to swing.A right rocking bar rotating connector 31 in one in left sinker triangle 22 left rocking bar rotating connector 21 and right sinker triangle 23 is adjacent, and the two ends of gangbar 28 are rotatably connected on these two adjacent left rocking bar rotating connectors 21 and right rocking bar rotating connector 31 respectively.
Left rocking bar connector 11 in the present embodiment, right rocking bar connector 12, left rocking bar rotating connector 21 and right rocking bar rotating connector 31 are all preferably shoulder bolt structure, make structural design more simple, reasonable, are convenient to produce and manufacture.Left magnetic part 26 and right magnetic part 27 are all preferably magnetic steel structure, can be also all magnet arrangement or magnet structure, or be with magnetic parts for other.Left anti-striker 29 and the anti-striker 30 in the right side are all preferably bumper structure, also can be anticollison block structure or anticollision strip structure, or other have the parts of collision prevention function.The top of pedestal 1 is preferably provided with sinker triangle fixed strip 13, left rocking bar connector 11 and right rocking bar connector 12 are all preferably arranged on the bottom of sinker triangle fixed strip 13, make the structural design of pedestal 1 more reasonable, be more convenient to connect left sinker triangle 22 and right sinker triangle 23.
Left rocking bar 24 in the present embodiment can with left rocking bar connector 11 and left rocking bar rotating connector 21 for axle center swings, thus make left sinker triangle 22 to swing; Right rocking bar 25 can with right rocking bar connector 12 and right rocking bar rotating connector 31 for axle center swings, thus make right sinker triangle 23 to swing.The large plane of left sinker triangle 22 and right sinker triangle 23 is designed with left magnetic part 26 and right magnetic part 27 respectively, left magnetic part 26 and right magnetic part 27 is used to be adsorbed in little needle plate plane, utilize the absorption affinity of left magnetic part 26 and right magnetic part 27 that left sinker triangle 22 and right sinker triangle 23 can be driven to complete the rightabout swing of same head, realize promoting sinker 16 and complete braiding function action.Under the effect of gangbar 28, make left sinker triangle 22 and right sinker triangle 23 to realize linkage function, guarantee that left sinker triangle 22 and right sinker triangle 23 can swing more accurately, realize promoting sinker 16 and complete braiding function accurately.Be designed with the anti-striker 30 of left anti-striker 29 and the right side, left sinker triangle 22 and right sinker triangle about 23 play the effect of crashproof buffering in running, left anti-striker 29 and the anti-striker 30 in the right side are all designed with eccentric orfice, can impingement position be regulated, thus ensure that the guiding position precision of left sinker triangle 22 and right sinker triangle 23.Sinker triangle structure in the present embodiment is without motor and induction, and cost is low, is easy to be extended and applied, wide market.
Utilize the method for the adjustable energy saving Kanehara device of single dual system straight-bar machines promotion sinker 16 as follows in the present embodiment: when adjustable energy saving Kanehara device runs left, left sinker triangle 22 offsets to the right by the effect of left magnetic part 26, right sinker triangle 23 moves right by the effect of right magnetic part 27, under the effect of left rocking bar 24, left sinker triangle 22 swings to the right, under the effect of right rocking bar 25, right sinker triangle 23 swings to the right, under the effect of gangbar 28, left sinker triangle 22 and right sinker triangle 23 produce interlock, in the process that adjustable energy saving Kanehara device runs left, by left sinker compressing tablet 4, sinker 16 is imported in left passage 17, sinker 16 is after left passage 17, enter right passage 18 again, under the effect of left elastic component 6 and left spacing regulating part 8, guarantee that left sinker compressing tablet 4 and sinker 16 remain laminating, under the effect of right elastic component 7 and space on right regulating part 9, guarantee that right sinker compressing tablet 5 and sinker 16 remain laminating, complete the braiding function of the sinker 16 dabbing yarn of straight-bar machines smoothly, when adjustable energy saving Kanehara device runs to the right, left sinker triangle 22 offsets left by the effect of left magnetic part 26, right sinker triangle 23 is moved to the left by the effect of right magnetic part 27, under the effect of left rocking bar 24, left sinker triangle 22 swings left, under the effect of right rocking bar 25, right sinker triangle 23 swings left, under the effect of gangbar 28, left sinker triangle 22 and right sinker triangle 23 produce interlock, in the process that adjustable energy saving Kanehara device runs to the right, by right sinker compressing tablet 5, sinker 16 is imported in right passage 18, sinker 16 is after right passage 18, enter left passage 17 again, under the effect of right elastic component 7 and space on right regulating part 9, guarantee that right sinker compressing tablet 5 and sinker 16 remain laminating, under the effect of left elastic component 6 and left spacing regulating part 8, guarantee that left sinker compressing tablet 4 and sinker 16 remain laminating, complete the braiding function of the sinker 16 dabbing yarn of straight-bar machines smoothly.
Adjustable energy saving Kanehara device in the present embodiment does not need motor to drive, do not need to respond to the position controlling sinker triangle, sinker compressing tablet adopts adjustable structure, sinker triangle plane devises magnetic part cleverly, utilize the suction of magnetic part to drive sinker triangle to complete left and right function action, achieve the braiding function of Kanehara.Pedestal 1 is designed with sinker triangle fixed strip 13, be designed with two sinker triangles, be designed with four rocking bars between sinker triangle fixed strip 13 and sinker triangle to connect, rocking bar two ends are designed with shoulder screw, rocking bar can with shoulder screw for axle center swings, thus make sinker triangle swing.The large plane of sinker triangle is designed with magnetic part, uses middle magnet steel to be adsorbed in little needle plate plane, utilize the absorption affinity of magnetic part that sinker triangle can be driven to complete the rightabout swing of same head, realize promoting sinker 16 and complete braiding function action.Pedestal 1 is designed with straight pin, straight pin is designed with sinker compressing tablet, sinker compressing tablet is that axle center can be rotated with straight pin, and sinker compressing tablet is designed with spring, and the guarantee sinker other end can be fitted with sinker 16 all the time and be had certain thrust simultaneously; Sinker compressing tablet is designed with spacing regulating part, can effectively regulate sinker compressing tablet to reach correct position with the gap of sinker triangle.Sinker compressing tablet is designed with guiding surface, ensure that head advance in all sinker 16(no matter whether position neat) all can effectively import between sinker compressing tablet and sinker triangle.Be designed with hairbrush fixture 2 and hairbrush pressing plate 3, can be fixedly clamped suitable hairbrush, and hairbrush is used for brush syringe needle.
The adjustable energy saving Kanehara device tool of the single dual system straight-bar machines in the present embodiment has the following advantages: A, without motor and induction, cost is low; B, sinker compressing tablet are designed with guiding surface, guarantee, in the gap that sinker 16 can import between sinker compressing tablet and sinker triangle effectively, smoothly, to complete the braiding function of the sinker 16 dabbing yarn of straight-bar machines smoothly; C, be designed with anti-striker, play the effect of crashproof buffering in running about sinker triangle, anti-striker can be designed with eccentric orfice, can regulate impingement position, thus ensure that the guiding position precision of sinker triangle; D, sinker compressing tablet are designed with elastic component, can ensure to remain laminating with sinker 16, be designed with spacing regulating part simultaneously, gap and the thrust of sinker compressing tablet and sinker triangle can be regulated, to ensure that in use can not wool yarn dabbing, crush, effectively can ensure the smooth, attractive in appearance of braided fabric, improve qualification rate.
In addition, it should be noted that, the specific embodiment described in this description, the shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this description is only to the explanation of the utility model structure example.The equivalence change that structure, feature and principle described in all foundation the utility model inventional idea are done or simple change, be included in the protection domain of the utility model patent.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment; only otherwise depart from structure of the present utility model or surmount this scope as defined in the claims, protection domain of the present utility model all should be belonged to.
Claims (10)
1. the adjustable energy saving Kanehara device of a single dual system straight-bar machines, it is characterized in that: comprise pedestal, left sinker compressing tablet, right sinker compressing tablet, left elastic component, right elastic component, left spacing regulating part, space on right regulating part, left sinker triangle, right sinker triangle, for the left rocking bar of the left sinker triangle that swings, for the right rocking bar of the right sinker triangle that swings, left magnetic part, right magnetic part and the gangbar linked for left sinker triangle and the generation of right sinker triangle, described left sinker compressing tablet and right sinker compressing tablet are all rotatably connected on pedestal, the two ends of described left elastic component withstand on pedestal and left sinker compressing tablet respectively, the two ends of described right elastic component withstand on pedestal and right sinker compressing tablet respectively, described left spacing regulating part and space on right regulating part are all movably connected on pedestal, described left spacing regulating part and left sinker compressing tablet coordinate, described space on right regulating part and right sinker compressing tablet coordinate, described pedestal is provided with left rocking bar connector for being rotationally connected with left rocking bar and the right rocking bar connector for being rotationally connected with right rocking bar, described left sinker triangle is provided with the left rocking bar rotating connector for being rotationally connected with left rocking bar, described right sinker triangle is provided with the right rocking bar rotating connector for being rotationally connected with right rocking bar, the two ends of described left rocking bar are rotatably connected on the left rocking bar connector of pedestal and the left rocking bar rotating connector of left sinker triangle respectively, the two ends of described right rocking bar are rotatably connected on the right rocking bar connector of pedestal and the right rocking bar rotating connector of right sinker triangle respectively, described left sinker triangle and right sinker triangle are positioned at the homonymy of pedestal, described left magnetic part and right magnetic part are separately fixed in left sinker triangle and right sinker triangle, the two ends of described gangbar are rotatably connected on adjacent left rocking bar rotating connector and right rocking bar rotating connector respectively, formed between described left sinker triangle and left sinker compressing tablet and be used for the current left passage of sinker, formed between described right sinker triangle and right sinker compressing tablet and be used for the current right passage of sinker.
2. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 1, it is characterized in that: described left sinker compressing tablet comprises left compressing tablet body, described left compressing tablet body is provided with the left rotation section for rotating on pedestal, for sinker is led left guide part, fend off for a left side of withstanding left elastic component portion and for withstanding on the left spacing adjusting portion on left spacing regulating part; Described right sinker compressing tablet comprises right compressing tablet body, described right compressing tablet body is provided with the right rotation section for rotating on pedestal, for sinker is led right guide part, fend off for the right side of withstanding right elastic component portion and for withstanding on the space on right adjusting portion on space on right regulating part.
3. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 1, it is characterized in that: described adjustable energy saving Kanehara device also comprises the anti-striker in a left side for playing crashproof cushioning effect in swinging process in left sinker triangle and the anti-striker in the right side for playing crashproof cushioning effect in swinging process in right sinker triangle, and the anti-striker of the anti-striker in a described left side and the right side is all connected on pedestal.
4. the adjustable energy saving Kanehara device of the single dual system straight-bar machines according to claim 1 or 2 or 3, it is characterized in that: described adjustable energy saving Kanehara device also comprises hairbrush fixture and hairbrush pressing plate, described hairbrush fixture is fixed on pedestal, and described hairbrush pressing plate is fixed on hairbrush fixture.
5. the adjustable energy saving Kanehara device of the single dual system straight-bar machines according to claim 1 or 2 or 3, it is characterized in that: the quantity of described left rocking bar and right rocking bar is two, described pedestal is provided with two left rocking bar connectors and two right rocking bar connectors, described left sinker triangle is provided with two left rocking bar rotating connectors, described right sinker triangle is provided with two right rocking bar rotating connectors, one end of two left rocking bars is rotatably connected on two left rocking bar connectors respectively, the other end of two left rocking bars is rotatably connected on two left rocking bar rotating connectors respectively, one end of two right rocking bars is rotatably connected on two right rocking bar connectors respectively, the other end of two right rocking bars is rotatably connected on two right rocking bar rotating connectors respectively.
6. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 2, it is characterized in that: described left guide part is provided with the left guiding surface for leading to sinker, described right guide part is provided with the right guiding surface for leading to sinker.
7. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 2, it is characterized in that: the position that described left compressing tablet body is positioned at left spacing adjusting portion is provided with left adjustment hole or left regulating tank, this left adjustment hole or left regulating tank and the alignment of left spacing regulating part; The position that described right compressing tablet body is positioned at space on right adjusting portion is provided with right adjustment hole or right regulating tank, this right adjustment hole or right regulating tank and the alignment of space on right regulating part.
8. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 2, it is characterized in that: fend off portion and left spacing adjusting portion of described left rotation section, a left side is all positioned at the front of left compressing tablet body or is all positioned at the back side of left compressing tablet body, fend off portion and space on right adjusting portion of described right rotation section, the right side is all positioned at the front of right compressing tablet body or is all positioned at the back side of right compressing tablet body.
9. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 2, it is characterized in that: described left guide part is provided with two prerotation vanes, two prerotation vanes lay respectively at the both sides of left compressing tablet body, described two prerotation vanes are respectively the short prerotation vane of left long prerotation vane and a left side, when be provided with left spacing adjusting portion in left compressing tablet body this facing to beholder time, described left long prerotation vane and the short prerotation vane in a left side are turned left from the right side and are arranged in order; Described right guide part is provided with two prerotation vanes, two prerotation vanes lay respectively at the both sides of right compressing tablet body, described two prerotation vanes are respectively the short prerotation vane of right long prerotation vane and the right side, when be provided with space on right adjusting portion in right compressing tablet body this facing to beholder time, described right long prerotation vane and the short prerotation vane in the right side are arranged in order from left to right.
10. the adjustable energy saving Kanehara device of single dual system straight-bar machines according to claim 2, is characterized in that: described left rotation section is provided with the left-hand rotation swing arm on the left straight pin for being sleeved on pedestal, being rotationally connected between described left-hand rotation swing arm and left straight pin; Described right rotation section being provided with the right-hand rotation swing arm on the right straight pin for being sleeved on pedestal, being rotationally connected between described right-hand rotation swing arm and right straight pin.
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| CN201520562556.XU CN204982264U (en) | 2015-07-30 | 2015-07-30 | Adjustable of single dual system flat -bed machine can letter gram device |
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| CN201520562556.XU CN204982264U (en) | 2015-07-30 | 2015-07-30 | Adjustable of single dual system flat -bed machine can letter gram device |
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| CN204982264U true CN204982264U (en) | 2016-01-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105063878A (en) * | 2015-07-30 | 2015-11-18 | 桐乡市强隆机械有限公司 | Adjustable sinker device of single-double system flat knitting machine and method for pushing sinker |
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2015
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105063878A (en) * | 2015-07-30 | 2015-11-18 | 桐乡市强隆机械有限公司 | Adjustable sinker device of single-double system flat knitting machine and method for pushing sinker |
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