CN2642820Y

CN2642820Y - Multifunctional weaving machine for 12-strand thick rope

Info

Publication number: CN2642820Y
Application number: CN 03268219
Authority: CN
Inventors: 梁振立
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-07-30
Filing date: 2003-07-30
Publication date: 2004-09-22
Anticipated expiration: 2013-07-30

Abstract

A twelve-strand multifunction cable weaving machine comprises a gear shaft, transmission forks, a spindle and a guided way panel. The gear shaft adopts six gears and the neighboring gears are meshed with each other to form a hexagonal pattern. Every gear is connected with a plurality of transmission forks, which are distributed evenly and disposed in a symmetric way with the transmission forks at the corresponding position on neighboring gears. The guided way penal is provided with six arc square grooves, which are communicated with each other to form a guided way, and another guided way formed by other six square grooves communicated with each other. In addition, the two guided ways are communicated with each other through six junctions. The utility model is widely applicable to cables of various structures, especially to weaving twelve-strand and six-strand cables of various structures.

Description

12 strands of multi-functional hawser braiding machines

The utility model relates to a kind of 12 strands of multi-functional hawser braiding machines.

The gear train of existing stereotyped writing hawser braiding machine adopts four gears, adjacent gear engagement quadrate to arrange, and (promptly four gear centre points are wired to square), as shown in Figure 1; Each has four transmission shift forks above the gear, its spindle guide rail is shown in Figure 2.Its shortcoming is can only braided structure to be that 4 * 1 or 8 * 1 stereotyped writing hawser and structure are four strands of hawsers of 4 * 1, can not braided structure is that 6 * 1 or 3 * 2 six strands of hawsers and structure are 12 strands of hawsers of 6 * 2 or 12 * 1.

The purpose of this utility model provides a kind of 12 strands of multi-functional hawser braiding machines, can produce the hawser of multiple structures such as 12 strands.

To achieve these goals, a kind of 12 strands of multi-functional hawser braiding machines of the utility model, comprise gear train, transmission shift fork, spindle, guide rail panel, this gear train adopts six gears, adjacent gear to mesh into hexagonal arrangement, i.e. six gear adjacent gear engagements, the gear centre point is wired to hexagonal arrangement; Each is affixed a plurality of uniform transmission shift forks above the gear, and respectively with adjacent gear on the transmission shift fork symmetric arrangement of relevant position; Be communicated with a guide rail of forming and another guide rail of forming by other six circular arc square grooves connection by square groove on this guide rail panel, and this two guide rail is communicated with by six crossings by six circular arcs.

12 spindles are arranged on the guide rail on this guide rail panel, and can on guide rail, move.

Adopted said structure, because six gear adjacent gear mesh into hexagonal arrangement, each is affixed a plurality of uniform transmission shift forks above the gear, and respectively with adjacent gear on the transmission shift fork symmetric arrangement of relevant position, two guide rails and more spindle, the transmission shift fork formed by the circular arc square groove that interconnects.Have rational in infrastructure, simple, cost is low, efficient is high, adaptability is good, multi-functional, can weave the advantage of the hawser of multiple structures such as six and 12 strands.

The utility model is described in further detail below in conjunction with accompanying drawing and example.

Fig. 1 is that the gear of the stereotyped writing hawser braiding machine of prior art is arranged schematic diagram;

Fig. 2 is the guide rail schematic diagram of Fig. 1 braiding machine;

Fig. 3 is the structural representation of 12 strands of multi-functional hawser braiding machines of the utility model;

Fig. 4 is that the gear of Fig. 3 braiding machine is arranged schematic diagram;

Fig. 5 is the guide rail and the shift fork position view of Fig. 3 braiding machine.

Among Fig. 3,4,5, these 12 strands multi-functional hawser braiding machines comprise a drive unit 1 that gear train 2 is rotated, one group of gear train 2 that adopts six gears, adjacent gear to mesh into hexagonal array, six groups of transmission shift fork groups between gear train 2 and guide rail plate 4, a guide rail panel 4 that is positioned at above the gear train 2,12 5, one on spindles that are positioned at guide rail panel 4 guide rails are positioned at the frame 6 above the guide rail panel 4.Each gear 7 upper surface affixed four uniform, respectively with adjacent gear on the transmission shift fork 3 of transmission shift fork symmetric arrangement of relevant position, and be positioned at the respective track downside of guide rail panel 4, wherein two transmission shift forks 3 are positioned at two guide rails, 8,9 crossings, 22 downsides.Transmission shift fork 3 can be more than 24 to adapt to the hawser of the more structures of braiding.These guide rail panel 4 one guide rails 8 are communicated with by six circular arc square grooves 15,17,11,19,13,21 and form, another guide rail 9 is communicated with by six circular arc square grooves 10,18,12,20,14,16 and forms, and two guide rails 8,9 are communicated with by six crossings 22, and hexagon (being similar to) size that two guide rails 8,9 are formed and six circles (being similar to) size are corresponding with six gear 7 sizes with the hexagon size that six gears 7 are formed.These 12 spindles 5 are equipped with bearing, and the hawser that 12 above spindles adapt to the braiding different structure also can be set, and spindle can freely rotate in guide rail panel 4 upper rails 8,9, move.This frame 6 is fixed in above the guide rail panel 4.This drive unit 1 is made up of motor, gearbox.During work, the rope strand of web-like is placed on the spindle, the rope strand upper end is fixed on the frame, drive unit rotates gear train, and the adjacent gear counter-rotation drives the shift fork rotation, shift fork is stirred spindle 5, make spindle carry out uniform motion according to the track of setting, spindle is driving web-like rope strand intersection and is walking, rotates, and carries out braided cable.

Adjust the spindle home position, use different spindles and different spindle quantity and single two spindles by every 1 or a plurality of spindle intersect and intert antiport simultaneously, just can knit out the hawser of different structure or different number of share of stocks.Can produce 12 strands of hawsers of 12 * 1,2 * 6,3 * 4,4 * 3 structures and six strands of hawsers of 6 * 1,2 * 3,3 * 2 structures, also can produce 24 strands, 36 strands isostructural hawsers.If will produce stereotyped writing, four strands, the hawser of various structures needs to do bigger adjustment

Example 1

12 strands of hawsers of braiding 12 * 1 structures, use 12 spindles, the spindle initial position is to have placed an ingot on the guide rail above the gear, places 3 spindles on the guide rail above the adjacent gear, use 24 transmission shift forks, single, double spindle is by intersect interspersed inverted running simultaneously every 1 spindle.The rope strand of 12 web-likes is separately fixed on 12 spindles, 12 strand thighs upper end is fixed on the frame respectively, start drive unit, gear train 2 rotates, 24 transmission shift forks are stirred 6 odd number spindles and 6 even numbers spindles, every 1 interspersed simultaneously mutual inverted running of spindle intersection, just can produce 12 strands of hawsers of 12 * 1 structures.

Example 2

Six strands of hawsers of braiding 6 * 1 structures use six spindles, and the spindle initial phase should be adjusted, and all the other are identical with example 1.

Example 3

12 strands of hawsers of braiding 2 * 6 structures use 2 spindles, and the spindle initial phase should be adjusted, and spindle moves by intersecting to intert every 2 spindles, and all the other are identical with example 1.

Claims

1, a kind of 12 strands of multi-functional hawser braiding machines, comprise gear train, transmission shift fork, spindle, guide rail panel, it is characterized in that: this gear train (2) adopts six gears, adjacent gear to mesh into hexagonal arrangement, i.e. six gear adjacent gear engagements, the gear centre point is wired to hexagonal arrangement; Each is affixed a plurality of uniform transmission shift forks (3) above the gear, and respectively with adjacent gear on the transmission shift fork symmetric arrangement of relevant position; Have on this guide rail panel (4) by the square groove (15) of six circular arcs, (17), (11), (19), (13), (21) to be communicated with the guide rail (8) formed and to be communicated with the guide rail of forming (9), and this two guide rail (8), (9) pass through six crossings (22) connection by six circular arc square grooves (10), (18), (12), (20), (14), (16).

2, hawser braiding machine according to claim 1 is characterized in that: on the guide rail on this guide rail panel (4) 12 spindles (5) are arranged, and can go up operation in guide rail (8), (9).