CN2599032Y

CN2599032Y - Cloth rolling machine cloth receiving rod structure

Info

Publication number: CN2599032Y
Application number: CNU03236427XU
Authority: CN
Inventors: 林嘉成
Original assignee: HENGSHENG MACHINERY CO Ltd
Current assignee: HENGSHENG MACHINERY CO Ltd
Priority date: 2003-01-22
Filing date: 2003-01-22
Publication date: 2004-01-14
Anticipated expiration: 2013-01-22

Abstract

The utility model relates to a cloth rolling machine cloth receiving rod structure with the main structure being as follows: an upwards inclined arm is arranged below a right vertical supporting board and has the front end provided with an upper tension spring regulating rotary rod; one end of the upper tension spring regulating rotary rod is provided with an upper tension spring fixed above the right vertical supporting board. When cloth rolling rod receives cloth, pulling force is generated by the upper tension spring through rotating the upper tension spring regulating rotary rod to prevent the arm from sliding down caused by weight of piece goods, keep pulling force on piece goods received by cloth rolling rod at a fixed value, avoid producing top-shaped selvage and guarantee consistent yard weight and high quality of piece goods.

Description

The batcher cloth receiving rod structure

Technical field

The utility model relates to a kind of batcher cloth receiving rod structure.

Background technology

Traditional batcher A (as shown in Figure 1), having provides the cloth B of establishment finished product the function that dress is received, and transfer rod C and extension spring D are adjusted in this extension spring, can make extension spring D produce pulling force by rotating adjustment extension spring adjustment transfer rod C, then the pulling force elasticity in the time of can controlling this cloth B and furl, so, the cloth B that furls as cloth winding rod F reaches when a certain amount of, because of the certain weight of cloth B tool, so cause the arm E front end (being belt pulley I bearing) of support to produce the downslide displacement, pulling force when cloth B is furled increases gradually, cause the width of cloth B to shrink gradually, make the cloth B that furls produce gyroscope-like selvedge J and cause the code weight of cloth B to change (as shown in Figure 2), have a strong impact on the quality of cloth B, rotation because of this cloth winding rod F is by the outer socket driving belt G of belt pulley H again, then drive pulley I rotates cloth winding rod F, should same weight move down arm E front end because of cloth B, then make driving belt G produce serious the stretching, cause belt pulley H to drive easily and belt pulley I, the heavy wear phenomenon of H bearing.

Summary of the invention

The purpose of this utility model provides a kind of batcher cloth receiving rod structure, its primary structure characteristics are: obliquely an arm is established in upright support frame plate below in this right side, the arm front end is established extension spring adjustment transfer rod on, should go up extension spring and adjust that transfer rod is distolateral to be established on one extension spring and fixingly go up extension spring in the top of right upright support frame plate, when cloth winding rod furls cloth, can go up extension spring adjustment transfer rod by rotation makes extension spring produce pulling force, then resist the situation of arm because of the weight downslide displacement of cloth, reaching the cloth pulling force that cloth winding rod furls is certain value, and can prevent the generation of gyroscope-like selvedge, and can make the code weight of cloth consistent and guarantee quality.

The utility model is elaborated with instantiation below in conjunction with accompanying drawing.

Description of drawings

Fig. 1 is the three-dimensional combination figure of existing batcher;

Fig. 2 is the embodiment of existing batcher;

Fig. 3 is embodiment of the present utility model;

Fig. 4 is a three-dimensional combination figure of the present utility model;

Fig. 5 is another three-dimensional combination figure of the present utility model;

Fig. 6 is another embodiment of the present utility model.

Description of reference numerals: A batcher; B cloth; Transfer rod is adjusted in the C extension spring; The D extension spring; The E arm; The F cloth winding rod; The G driving belt; H, I belt pulley; J gyroscope-like selvedge; 1 batcher; 2 cloth winding rods; 3 hold up the material round bar; Transfer rod is adjusted in extension spring on 4; Extension spring on 5; 6 tension springs are adjusted transfer rod; 7 tension springs; 8 right upright support frame plates; 9 left upright support frame plates; 10 base rotating drivers; 11,12 arms; 13 cloth; 14 belts; 15,16 belt pulleys.

The specific embodiment

As shown in Figure 4 and Figure 5, the utility model is adjusted extension spring 5 on the transfer rod 4,, a tension spring by extension spring on bolt bar 2, the guide round bar 3, and is adjusted transfer rod 6, a tension spring 7, one right upright support frame plate 8, one left upright support frame plate 9, two

arms

11,12 and form;

Wherein should establish a guide round bar 3 by right side upright support frame plate 8 upper sides, can reach on the position that is directed to cloth winding rod 2 of cloth 13, should establish a belt pulley 16 by right side upright support frame plate 8 upsides again, the sheathed belt 14 of belt pulley 16 outer rims, these belt 14 other ends install a belt pulley 15, can drive the function that belt 14 rotates belt pulley 15 by belt pulley 16, the arm 11 of right upright support frame plate 8 is established one oblique time and is fixed in these belt pulley 15 left sides, in order to do reaching the function that supports cloth winding rod 2, bolt bar 2 is established in arm 11 left sides again, in order to do reaching the function that furls cloth 13, and these arm 11 upper end side are established obliquely a last extension spring and are adjusted transfer rod 4, go up extension spring again and adjust the distolateral in addition upper side of establishing extension spring 5 on one and being fixed in right upright support frame plate 8 of transfer rod 4, make extension spring 5 produce pulling force in order to do going up extension spring adjustment transfer rod 4 by rotation adjustment, and can reach the function that pull arm 11 front ends make progress, these arm 11 upper end opposite sides are established a tension spring under oblique and are adjusted transfer rod 6 again, tension spring is adjusted the transfer rod 6 distolateral lower side of establishing a tension spring 7 and being fixed in right upright support frame plate 8 in addition, lower side that again should right side upright support frame plate 8 is established a base rotating driver 10, in order to do reaching the function of batcher 1 with cloth 13 synchronous rotations, left that again should right side upright support frame plate 8 is established the left upright support frame plate 9 of a symmetry, in order to do can be by this right side upright support frame plate 8 and left upright support frame plate 9, reach the support function of the batcher 1 of composition, these cloth winding rod 2 another distolateral arms 12 of establishing one oblique time and be fixed on the left upright support frame plate 9 can reach the function that supports cloth winding rod 2 again;

In addition, after knitting machine is made into cloth 13 with cotton thread (as shown in Figure 3), when this cloth winding rod 2 furls cloth 13, can go up extension spring adjustment transfer rod 4 by rotation makes extension spring 5 produce pulling force, then resist the situation of arm 11 because of the weight downslide displacement of cloth 13, reaching cloth 13 pulling force that cloth winding rod 2 furls is certain value, and can prevent the generation of gyroscope-like selvedge, and can make the code weight of cloth consistent and guarantee stay in grade (as shown in Figure 6).

Below the utility model and prior art are compared:

Prior art

1, the certain weight of cloth tool, so cause the arm front end of support to produce the downslide displacement, the pulling force when cloth is furled increases gradually, causes the width of cloth to shrink gradually, make the cloth that furls produce the gyroscope-like selvedge and cause the code weight of cloth to change, have a strong impact on the quality of cloth.

2, the weight because of cloth moves down the arm front end, makes driving belt produce serious the stretching then, causes belt pulley to drive easily and the heavy wear phenomenon of belt pulley bearing.

The utility model

1, extension spring adjustment transfer rod makes extension spring produce pulling force by rotating upward, then resist the situation of arm because of the weight downslide displacement of cloth, reaching the cloth pulling force that cloth winding rod furls is certain value, and can prevent the generation of gyroscope-like selvedge, and can make the code weight of cloth consistent and guarantee stay in grade.

2, this arm can not move down because of the weight of cloth, admittedly the phenomenon of the no heavy wear that drives normal and belt pulley bearing is taken place.

Claims

1, a kind of batcher cloth receiving rod structure mainly is made up of extension spring on the extension spring adjustment transfer rod, on bolt bar, the guide round bar,, tension spring adjustment transfer rod, a tension spring, a right upright support frame plate, a left upright support frame plate, two arms, institute;

This right side upright support frame plate upper side is established a guide round bar, on the position that is directed to cloth winding rod with cloth, right upright support frame plate upside is established a belt pulley, the sheathed belt of belt pulley outer rim, this belt other end installs a belt pulley, this belt pulley left side is established the oblique following of a support cloth winding rod and is fixed in the arm of right upright support frame plate, a cloth winding rod that furls cloth is established in arm left side, this arm upper end opposite side is established an oblique tension spring adjustment transfer rod down again, tension spring is adjusted the transfer rod distolateral lower side of establishing a tension spring and being fixed in right upright support frame in addition, lower side that again should right side upright support frame plate is established a base rotating driver, batcher and cloth are rotated synchronously, the left of this right side upright support frame plate is established the left upright support frame plate of a symmetry, can support the batcher of forming by this right side upright support frame plate and left upright support frame plate, another distolateral arm of establishing one oblique time and be fixed on the left upright support frame plate of this cloth winding rod, to support cloth winding rod, it is characterized in that: this arm upper end side is established obliquely a last extension spring and is adjusted transfer rod, the distolateral in addition upper side of establishing extension spring on one and being fixed in right upright support frame plate of transfer rod is adjusted in last extension spring, going up extension spring adjustment transfer rod by rotation adjustment makes extension spring produce pulling force, last pull arm front end.