CN200992662Y

CN200992662Y - Improved structure of triple stranding machine arrangement

Info

Publication number: CN200992662Y
Application number: CN 200620160250
Authority: CN
Inventors: 徐意胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-11-17
Filing date: 2006-11-17
Publication date: 2007-12-19
Anticipated expiration: 2016-11-17

Abstract

The utility model is an improved device of a triple wire twisting machine. At the front and back ends of the wire twisting machine, two gravity riggings are installed respectively. Relying on automatically adjusting the input and output tensions of the steel ropes, the three steel ropes are evenly fed into the twisting machine and rolled to be one thick steel rope, which is bundled and winded steadily to an axe and therefore formed into a bunch of finished goods constructers.

Description

The improvement structure of three times of wire twisting machine devices

Technical field

The utility model is the structure-improved of relevant a kind of three times of wire twisting machine devices, mainly with mechanical control method, makes cable wire be able to transmit under specific tension force, obtains the good quality production quality.

Background technology

The function of wire twisting machine mainly is that the thin tightwire more than two is wound into a crude steel rope mutually, is applied in the heavier occasion of load so that preferable intensity to be provided.In winding process, each thin tightwire must be kept certain and identical tension force before sending into twisting mechanism, just can make perfect crude steel Cable Structure.And behind the crude steel rope coiled, also must pull out with certain force of strain, and finished product is tied on an axle center, form the web-like kenel, for collecting and being transported to other place.Existing structure is to keep above-mentioned stable tension force, normally, establish respectively, to measure the tension force of described position with the electronic type inductor at the input of thin tightwire and the output of crude steel rope, echo back data to drive motor is controlled the transfer rate of cable wire again, controls tension force.This mode is also unreliable, and error is arranged easily, and the fault rate height of electronic product, remains to be improved.

Summary of the invention

The utility model is primarily aimed at the disappearance of existing wire twisting machine and is transformed, and with mechanical automatic control mode, and can keep the stable tension force of each transmission location.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of improvement structure of three times of wire twisting machine devices, it is characterized in that: include a raw material supply mechanism, input balance weight mechanism, a twisting mechanism, an output balance weight mechanism, with a finished product furling mechanism, wherein import balance weight mechanism and comprise a support body, be provided with several propelling sheaves, support body is provided with a movable armed lever, and described movable armed lever outer end has a propelling sheave and a balancing weight; And the output balance weight mechanism includes a support, be provided with many group guide wheels, on the described support and in conjunction with a lever arm, the outer end of lever arm also has a guide wheel and a balancing weight, thin tightwire is sent into twisting mechanism from raw material supply mechanism via each propelling sheave, after reeling, forms the crude steel rope, and deliver to the output balance weight mechanism, deliver to the finished product furling mechanism via each guide wheel again.

Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be:, and can keep the stable tension force of each transmission location with mechanical automatic control mode.

Description of drawings

Fig. 1 is the schematic diagram of the whole mechanism of the utility model;

Fig. 2 is the three-dimensional structure diagram of the utility model input balance weight mechanism;

Fig. 3 is the three-dimensional structure diagram of the utility model output balance weight mechanism.

Description of reference numerals: 1-raw material supply mechanism; The 11-thin tightwire; 2-imports balance weight mechanism; The 21-support body; The 22-propelling sheave; The movable armed lever of 23-; The 24-propelling sheave; The 25-balancing weight; The 3-twisting mechanism; 31-crude steel rope; 4-exports balance weight mechanism; The 41-support; The 42-guide wheel; The movable armed lever of 43-; The 44-guide wheel; The 45-balancing weight; 5-finished product furling mechanism; The 51-axle center.

The specific embodiment

Please consult Fig. 1 earlier, shown in Figure 2, be overall architecture schematic diagram of the present utility model, include a raw material supply mechanism 1 in regular turn, one input balance weight mechanism 2, one twisting mechanism 3, one output balance weight mechanism 4, with a finished product furling mechanism 5, and of the present utility model being characterised in that: input balance weight mechanism 2 comprises a support body 21, be provided with several propelling sheaves 22, support body 21 is provided with a movable armed lever 23, its outer end has a propelling sheave 24 and a balancing weight 25, thin tightwire 11 from raw material supply mechanism 1 via each

propelling sheave

22 and 24, and send into twisting mechanism 3, after reeling, form crude steel rope 31, and deliver to output balance weight mechanism 4.Output balance weight mechanism 4 includes a support 41, is provided with many group guide wheels 42, and on it and in conjunction with a lever arm 43, the outer end of lever arm 43 also has a guide wheel 44 and a balancing weight 45.Crude steel rope 31 can be delivered to finished product furling mechanism 5 via each guide wheel 4244.

When thin tightwire 11 is gone into balance weight mechanism 2 through third wheel, when delivering to twisting mechanism 3 again, be subjected to the downward gravity effect of balancing weight 25, can make it keep certain force of strain intensity, during velocity variations, balancing weight 25 is along with movable armed lever 23 moves up and down, can control the speed of transmission automatically, and make under its tension force that maintains setting, be wound as the purpose of crude steel rope, and induction that need not electronic type control.And also identical can the swinging up and down with movable armed lever 43 of balancing weight 45 of output balance weight mechanism 4 tied on the axle center 51 of finished product furling mechanism 5 with transporting it with the tensile strength that reaches stable maintenance crude steel rope 31, finishes the manufacturing of product.

So the utility model utilizes the suffered gravity effect of the weight of counterweight own, can effectively control the predetermined tension intensity of cable wire when guiding is carried, tool stability is high, is difficult for fault or infringement error, so obtain the effect of practical value and progressive.

More than explanation is just illustrative for the utility model, and it is nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from claim and limited, can make many modifications, variation or equivalence, but but all will fall within the claim restricted portion of the present utility model.

Claims

1. the improvement structure of three times of wire twisting machine devices, it is characterized in that: include a raw material supply mechanism, input balance weight mechanism, a twisting mechanism, an output balance weight mechanism, with a finished product furling mechanism, wherein import balance weight mechanism and comprise a support body, be provided with several propelling sheaves, support body is provided with a movable armed lever, and described movable armed lever outer end has a propelling sheave and a balancing weight; And the output balance weight mechanism includes a support, be provided with many group guide wheels, on the described support and in conjunction with a lever arm, the outer end of lever arm also has a guide wheel and a balancing weight, thin tightwire is sent into twisting mechanism from raw material supply mechanism via each propelling sheave, after reeling, forms the crude steel rope, and deliver to the output balance weight mechanism, deliver to the finished product furling mechanism via each guide wheel again.