CN201821046U - Tension-driven wire automatic cable arrangement - Google Patents

Abstract

The utility model relates to an automatic tension-drive wire arrangement mechanism, which comprises a paying-off device and a looping device, wherein the paying-off device comprises an engine base, a floated guide wheel set, a paying-off rack arranged on the engine base, a fixed guide wheel set bracket, a guide wheel bracket, a fixed guide wheel set arranged on the fixed guide wheel set bracket, a guide wheel arranged on the guide wheel bracket and a threading wheel; the looping device comprises a driving electrical box, a motor arranged on the driving electrical box, a looping plate driven by the motor; the paying-off device also comprises a brake wheel arranged on the engine base, a brake belt matched with the brake wheel, a lever mechanism, a lever spindle, an elastic supporting device for supporting the lever mechanism, two guide wheel shafts arranged on the driving electrical box, and two wire arrangement guide wheels capable of sliding and rotating arranged on the guide wheel shafts; and the brake wheel is coaxial with the paying-off rack, one end of the brake belt is fixed on the engine base, the other end of the brake belt is connected with the left end of the lever mechanism, and the floated guide wheel set is arranged at the right end of the lever mechanism. The automatic tension-drive wire arrangement mechanism has the advantages of high efficiency, small labor intensity of workers, good safety, stable quality of wire arrangement, low equipment cost and the like.

Description

Tension-driven wire automatic cable arrangement

technical field

The utility model relates to a tension-driven electric wire automatic arranging mechanism. the

Background technique

There are mainly two ways of traditional wire arranging mechanisms: manual arranging and screw-driven arranging. The manual cable arrangement method is neat, but there are disadvantages such as low efficiency, high labor intensity, and poor safety; the screw-driven cable arrangement mechanism requires that the pitch of the screw must be the same as the diameter of the cable to be arranged, but the actual situation is that there is an error in the diameter of the cable. There are many wire diameter specifications, and the error of the wire diameter will easily lead to irregular wiring. If the wire diameter is large, it is necessary to equip the screw drive device with the corresponding size and specification according to the wire diameter, resulting in an increase in the number of sets of equipment, and a corresponding increase in the cost of the equipment. Cost, which is characterized by high efficiency, low labor intensity of workers, and good safety, but the quality of wiring is unstable and the cost of equipment is high. the

Utility model content

The utility model overcomes the deficiencies of the prior art and provides a tension-driven electric wire automatic arranging mechanism with high efficiency, low labor intensity, good safety, stable arranging quality and low equipment cost. the

In order to achieve the above purpose, the utility model is achieved in this way, which is a tension-driven electric wire automatic winding mechanism, including a wire release device and a loop forming device; wherein the wire release device includes a machine base, a floating guide wheel group, located on the machine The pay-off frame on the seat, the fixed guide wheel group bracket and the guide wheel bracket, the fixed guide wheel group arranged on the fixed guide wheel group bracket, the guide wheel and the wire passing wheel arranged on the guide wheel bracket; the loop forming device includes a transmission Electric box, the motor that is located on the transmission electric box, is driven by the motor to form the coiled disk. It is characterized in that: the pay-off device also includes a brake wheel arranged on the machine base and a brake band matched with the brake wheel, a lever mechanism and a lever shaft, an elastic support device supporting the lever mechanism, and two guides arranged on the transmission electric box. The wheel shaft and the two cable guide wheels that can slide and rotate respectively are arranged on the guide wheel shaft; the brake wheel is coaxial with the pay-off frame, one end of the brake band is fixed on the machine base, and the other end is connected with the left end of the lever mechanism. The floating guide wheel group is installed on the right end of the lever mechanism. the

The elastic support device includes an upper tension spring and a lower tension spring, one end of the upper tension spring is connected with the upper end of the fixed guide wheel bracket, and the other end is connected with the right end of the lever mechanism; one end of the lower tension spring is connected with The lower end of the bracket of the fixed guide wheel group is connected, and the other end is connected with the right end of the lever mechanism. the

It also includes two limit columns arranged on the bracket of the fixed guide wheel group, and the right end of the lever mechanism is located between the two limit columns. the

Two limit blocks are fixed at the two ends of each guide wheel shaft, and the cable guide wheel is arranged between the two limit blocks. the

It also includes a counting device located between the pay-off device and the loop forming device. The counting device includes a wire passing wheel with a ratchet mechanism and an anti-reversal function on the guide wheel bracket, a tension spring and a counter fixing rod, and one end is fixed to the counter. The bar rotates and connects the counter floating bar whose other end is connected with the extension spring, and is arranged on the counter floating bar and a pinch wheel that cooperates with the wire passing wheel. the

It also includes a wire post arranged on the bracket of the fixed guide wheel group. the

Compared with the prior art, the utility model has the advantages of high efficiency, low labor intensity of workers, good safety, stable cable quality and low equipment cost. the

Description of drawings

Fig. 1 is the front view of the utility model pay-off device and counting device;

Fig. 2 is the top view of Fig. 1;

Fig. 3 is the front view of the utility model forming device;

Fig. 4 is the top view of Fig. 3;

Fig. 5 is the use state diagram after the utility model combination;

FIG. 6 is a top view of FIG. 5 . the

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is described in further detail:

As shown in Figures 1 to 4, it is a tension-driven wire automatic arranging mechanism, including a pay-off device and a loop forming device, wherein the pay-off device includes a machine base 13, a floating guide wheel group 3, and a Pay-off frame 21, fixed guide wheel group support 18 and guide wheel support 10, fixed guide wheel group 1 located on the fixed guide wheel group support, guide wheel 3 located on the guide wheel support; the line forming device includes a transmission electric box 27, the motor 26 located on the transmission electric box, the coiled disc 24 driven by the motor; the fixed guide wheel group 1 is composed of four guide wheels connected in series coaxially, and the four guide wheels can rotate freely; The wheel set 3 is composed of three guide wheels connected in series coaxially, and the three guide wheels can rotate freely. The utility model is characterized in that the pay-off device also includes a brake wheel 15 and a lever shaft 17 arranged on the support 13, a brake band 14 cooperating with the brake wheel, a lever mechanism 11 rotating around the lever shaft, and the elasticity of the supporting lever mechanism. Supporting device, two guide wheel shafts 23 arranged on the transmission electric box 27 and two cable guide wheels 22 which can slide and rotate respectively on the guide wheel shaft; the brake wheel 15 is coaxial with the pay-off frame 21, and the brake band 14 One end is fixed on the support 13, and the other end is connected with the left end of the lever mechanism, and the floating guide wheel group 3 is installed on the right end of the lever mechanism. Because the elastic supporting device supports the right end of the lever mechanism, the lever mechanism can swing up and down during work, so that the tension of the wire in the coiling process can be adjusted so that the tension is constant, as shown in Figure 5 and Figure 6. When in use: ①The electric wire is pulled from the pay-off frame 21 to the upper end of the first guide wheel of the fixed guide wheel set 1 through the lead post 20, and then bypassed from the lower end of a guide wheel corresponding to the floating guide wheel set 3, and pulled Back to the upper end of the second guide wheel of the fixed guide wheel set 1, bypass the lower end of a guide wheel corresponding to the floating guide wheel set 3 again, pull back to the upper end of the third guide wheel of the fixed guide wheel set 1, and again from The lower end of a guide wheel corresponding to the floating guide wheel set 3 is bypassed, pulled back to the upper end of the fourth guide wheel of the fixed guide wheel set 1, bypassing the lower end of the fourth guide wheel of the fixed guide wheel set 1 and drawn to the lower end of the guide wheel 4 Through the pressing wheel 6 and the wire passing wheel 8, the electric wire is wound around the upper end of the next wire-guiding wheel 22 by the lower end of the previous wire-guiding wheel 22 and finally arrives at the line-forming disk 24. When the motor 26 was energized and worked, the motor 26 drove the coil forming disc 24 to rotate through the transmission belt 25, and the electric wires wound on the coil forming disc 24 would form a pulling force by the wire arrangement guide wheel 22. Correspondingly, the front wire feeding device, due to the reciprocating and staggered traction of the wires between the fixed guide wheel set 1 and the floating guide wheel set 3, coupled with the force of the upper and lower tension springs, the wires have a constant tension on the wire feeding device . ②Two limit blocks 28 and 29 are fixed at both ends of each guide wheel shaft 23, and the cable guide wheel 22 is arranged between the two limit blocks. 27, placed horizontally with the coil forming disc 24, the width of the stoppers 28, 29 can be adjusted according to the width of the coil forming disc 24. the

According to ① and ②, the wires with constant tension are guided by the wire arranging guide wheel 22, and the wires use the lateral force of the constant tension of the wires to realize the wire arranging during the coiling process, so the wire arranging power comes from the wire itself , so as to realize the function of automatically arranging the wires during the winding process. the

In this embodiment, the elastic supporting device includes an upper tension spring 2 and a lower tension spring 12, one end of the upper tension spring is connected to the upper end of the fixed guide wheel group bracket 18, and the other end is connected to the right end of the lever mechanism; One end of the lower tension spring is connected with the lower end of the fixed guide wheel group bracket, and the other end is connected with the right end of the lever mechanism. It also includes two space-limiting columns 19 arranged on the fixed guide wheel group bracket 18, and the right end of the lever mechanism is located between the two space-limiting columns. Two limit blocks 28, 29 are fixed at the two ends of each guide wheel shaft 23, and the cable guide wheel 22 is located between the two limit blocks. It also includes a counting device located between the pay-off device and the loop forming device. The counting device includes a wire passing wheel 8 with a ratchet mechanism anti-reversal function, a tension spring 9 and a counter fixing rod 7 arranged on the guide wheel bracket 10. One end is rotationally connected with the counter fixed rod 7 and the counter floating rod 5 connected with the tension spring 9 at the other end is located on the counter floating rod 5 and the pressing wheel 6 that cooperates with the wire passing wheel 8. The structure of this counting device makes Accurate meter counts and no unraveling of coiled wires. Also comprise the lead column 20 that is located on the fixed guide wheel group support 18, prevents the electric wire that is pulled from moving left and right. the

Claims (6)

1. a tension-driving automatic wire-arranging mechanism comprises actinobacillus device and becomes coil apparatus; Wherein actinobacillus device comprises support, and the guide wheel group of floating is located at pay off rack, stator ring pack support and wheel bracket on the support, is located at the stator ring group on the stator ring pack support, is located at guide wheel and wire-crossing wheel on the wheel bracket; Become coil apparatus to comprise the transmission electronic box, be located at the motor on the transmission electronic box, be subjected to the lopping dish of driven by motor; It is characterized in that: actinobacillus device also comprises brake wheel (15) that is located on the support (13) and the brake ribbon (14) that cooperates with brake wheel, leverage (11) and lever shaft (17), the resilient supporting unit of support lever mechanism is located at two guide wheel shafts (23) on the transmission electronic box (27) and is located at two the cable guide pulley (22) that slidably reaches rotation on the guide wheel shaft respectively; Brake wheel is coaxial with pay off rack, and an end of brake ribbon is fixed on the support, and the left end of the other end and leverage links, and the guide wheel group (3) of floating is installed in the right-hand member of leverage.

2. tension-driving automatic wire-arranging mechanism according to claim 1, it is characterized in that: described resilient supporting unit comprises that extension spring (2) reaches extension spring (12) down, last extension spring one end connects with the upper end of described stator ring pack support (18), and the other end connects with the right-hand member of leverage; The following client link of following extension spring one end and described stator ring pack support, the other end connects with the right-hand member of leverage.

3. tension-driving automatic wire-arranging mechanism according to claim 1 is characterized in that: also comprise two limited posts (19) that are located on the stator ring pack support (18), the right-hand member of described leverage is between two limited posts.

4. tension-driving automatic wire-arranging mechanism according to claim 1 is characterized in that: be fixed with two guide vane end stops (28), (29) at the two ends of described every guide wheel shaft (23), cable guide pulley (22) is located between two guide vane end stops.

5. tension-driving automatic wire-arranging mechanism according to claim 1, it is characterized in that: also comprise the counting device between actinobacillus device and one-tenth coil apparatus, counting device comprises wire-crossing wheel (8), extension spring (9) and the counter fixed lever (7) of the anti-reversing function that is located at the band ratchet mechanism on the wheel bracket (10), the one end counter floating lever (5) that the other end is connected with extension spring (9) with counter fixed lever (7) rotation connection is located at the contact roller (6) that counter floating lever (5) is gone up and cooperated with wire-crossing wheel (8).

6. tension-driving automatic wire-arranging mechanism according to claim 1 is characterized in that: also comprise the wire column (20) that is located on the stator ring pack support (18).

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