CN104555562A - Automatic switching and collecting method and unit for screening and rewinding of optical fiber - Google Patents

Abstract

The invention relates to an automatic switching and collecting method and unit for screening and rewinding of optical fiber, in particular to an automatic collecting method and unit for production of optical fiber. The unit comprises a guide wheel, a fiber arraignment device, a movable arrangement control device, a small reel, a fiber positioning device, pressure wheels and a small reel clamping device; the fiber arraignment device comprises an arranging pulley, a pulley shaft and an arranging arm; the arranging pulley is mounted on the arranging arm through a bearing and the pulley shaft; the movable arrangement control device comprises a main support, an arranging motor, a first transmission pulley, a second transmission pulley, a transmission belt, a limiting sensor, a slide rail and a slider; the fiber positioning device comprises a positioning wheel, bearings and a positioning adjusting bar; the positioning wheel is directly connected with the bearings and mounted on the positioning adjusting bar; the small reel clamping device comprises a bottom plate, a guide rail, a slider, a first support, a second support, bearings, a flange, a reel, a reeling motor and a cylinder.

Description

A kind of automatic switchover collection method of optical fiber screening after-combustion and equipment thereof

Technical field

What the present invention relates to is a kind of automatic switchover collection method and equipment thereof of optical fiber screening after-combustion, is a kind of method and apparatus that a kind of optical fiber in optical fiber production is collected automatically.

Background technology

In drawing optical fibers is produced; the screening machine of optical fiber is operational mode one to one; namely a deep bid is only corresponding to a shallow bid; after little coiling completely, equipment shut-down operation personnel continue raising speed screening by being replaced by blank panel around full shallow bid; equipment all manually must be wound around certain length at every turn in optical fiber shallow bid outer end optical fiber after changing shallow bid detects use for later stage optical fiber quality; after equipment downtime operating personal must experience from manual around fine, start raising speed to change dish again to stopping operating process to smooth operation, wasting a large amount of time is changing dish process.

Summary of the invention

The present invention seeks to for above-mentioned weak point, a kind of automatic switchover collection method and equipment thereof of optical fiber screening after-combustion are provided, machinery and equipment is given to complete voluntarily the artificial work around fibre, avoid the danger manually around the uncertain of fibre and human error, improve automation degree of equipment simultaneously, improve capacity utilization rate and production efficiency.

The automatic switchover collection method of a kind of optical fiber screening of the present invention after-combustion and equipment thereof take following technical scheme to realize:

A kind of automatic switchover collecting device of optical fiber screening after-combustion comprises track adjusting wheel, optical fiber bus cable device, removable winding displacement control setup, optical fiber shallow bid, optical fiber positioning device, optical fiber pinch roller and little disk clamp device.

Described optical fiber bus cable device comprises cable guide pulley, guide wheel shaft and winding displacement arm; Cable guide pulley is arranged on winding displacement arm by bearing, guide wheel shaft.

Described removable winding displacement control setup comprises equipment body support, winding displacement motor, drive pulley one, drive pulley two, driving band, limit sensors, slide rail and slide block.

Slide rail is arranged on equipment body support, and optical fiber bus cable device is arranged on slide rail by slide block; Two limit sensors are arranged on equipment body support two ends respectively; Winding displacement motor is directly installed on equipment body support by support, drive pulley one is equipped with in driving band one end, the driving band other end is equipped with drive pulley two, winding displacement motor output shaft is connected with drive pulley one, winding displacement motor is by drive pulley one transmission driving band, slide block, can move around along slide rail during winding displacement by driving band transmission together with optical fiber bus cable device;

Described optical fiber positioning device comprises locating wheel, bearing and location adjust bar.Be arranged on again after locating wheel is directly connected with bearing on the adjust bar of location.

Described little disk clamp device comprises base plate, guide rail, slide block, support one, support two, bearing, flange, wire spool, coiling electric motor and cylinder.

Guide rails assembling is on base plate, and slide block is arranged on guide rail, and support one is arranged on slide block top; Support two is connected with base plate by screw; Flange is arranged on support one and support two by axle, bearing after connecting; Support two side is provided with coiling electric motor, coiling electric motor is connected with axle, flange is provided with wire spool, coiling electric motor transmission is arranged on the coiling coiled fiber on flange, and cylinder is arranged on support two, and the piston rod front end of cylinder is connected with support one, for clamping coiling coiled fiber, coiling coiled fiber, after expiring, can loosen, conveniently take off around full optical fibre reel.

A kind of automatic switchover collection method of automatic switchover collecting device of optical fiber screening after-combustion is as follows:

A kind of automatic switchover collecting device of optical fiber screening after-combustion is arranged on the take-up end of screening rewinder, original single-deck take-up is improved to Double-plate wire-rewinding machine structure, optical fiber carries out optical fiber guiding and location through track adjusting wheel, be wrapped on optical fiber shallow bid after optical fiber bus cable device, normal winding displacement collection work is carried out by optical fiber bus cable device, after one-sided dishful, directly carry out adjustment fiber position by the control setup of removable winding displacement, it is made to reach second station, optical fiber presses on optical fiber positioning device by optical fiber pinch roller again, make it meet switching position require and can ensure that optical fiber does not collide the danger of rupturing with equipment remainder, outside fiber reel, holding device catches optical fiber simultaneously, make optical fiber can cut off with the supporting edge of a knife after making its fiber clamping, namely new optical fiber the inner continues around optical fiber on the wire spool of little disk clamp device, plant machinery rotating collection works, optical fiber is first collected at optical fiber shallow bid external side end, can for test optical fiber with reserved certain length, after reaching length to be measured collection needs, optical fiber bus cable device works on, winding displacement inside optical fiber shallow bid, achieve the automation function that optical fiber screening after-combustion is collected automatically.

A kind of automatic switchover collection method and equipment de-sign thereof of optical fiber screening after-combustion are reasonable, compact conformation, machinery and equipment is given to complete voluntarily the artificial work around fibre, avoid the danger manually around the uncertain of fibre and human error, improve automation degree of equipment simultaneously, improve capacity utilization rate and production efficiency.

Accompanying drawing explanation

Below with reference to accompanying drawing, the invention will be further described:

Fig. 1 is the automatic switchover collecting device schematic diagram of a kind of optical fiber screening after-combustion of the present invention.

Fig. 2 is the optical fiber bus cable device schematic diagram of the automatic switchover collecting device of a kind of optical fiber screening after-combustion of the present invention.

Fig. 3 is the removable winding displacement control setup schematic diagram of the automatic switchover collecting device of a kind of optical fiber screening of the present invention after-combustion.

Fig. 4 is the optical fiber positioning device schematic diagram of the automatic switchover collecting device of a kind of optical fiber screening after-combustion of the present invention.

Fig. 5 is the little disk clamp device schematic diagram of the automatic switchover collecting device of a kind of optical fiber screening of the present invention after-combustion.

Detailed description of the invention

With reference to accompanying drawing 1 ~ 5, a kind of automatic switchover collecting device of optical fiber screening after-combustion comprises track adjusting wheel 1, optical fiber bus cable device 2, removable winding displacement control setup 3, optical fiber shallow bid 4, optical fiber positioning device 5, optical fiber pinch roller 6 and little disk clamp device 7.

Described optical fiber bus cable device 2 comprises cable guide pulley 2-3, guide wheel shaft 2-4, winding displacement arm 2-2.Cable guide pulley 2-3 and bearing 2-1 direct supporting be connected after be connected with guide wheel shaft 2-4 again, then to be arranged on winding displacement arm 2-2.

Described removable winding displacement control setup 3 comprises equipment body support 3-1, winding displacement motor 3-2, drive pulley one 3-3, drive pulley two 3-5, driving band 3-4, limit sensors 3-8, slide rail 3-6 and slide block 3-7.

Slide rail 3-6 is arranged on equipment body support 3-1, and optical fiber bus cable device 2 is arranged on slide rail 3-6 by slide block 3-7; Two limit sensors 3-8 are arranged on equipment body support two ends respectively; Winding displacement motor 3-2 is directly installed on equipment body support 3-1 by support, driving band 3-4 is equipped with one end drive pulley one 3-3, the driving band 3-4 other end is equipped with drive pulley two 3-5, winding displacement motor 3-2 output shaft is connected with drive pulley one 3-3, winding displacement motor 3-2 is by drive pulley one 3-3 transmission driving band 3-4, slide block 3-7, can move around along slide rail 3-6 during winding displacement by driving band 3-4 transmission together with optical fiber bus cable device 2

Described optical fiber positioning device 5 comprises locating wheel 5-1, bearing 5-2 and location adjust bar 5-3.Locating wheel 5-2 is arranged on after being directly connected with bearing 5-2 again and locates on adjust bar 5-3.

Described little disk clamp device 7 comprises base plate 7-1, guide rail 7-2, slide block 7-3, support one 7-4, support two 7-8, bearing 7-5, flange 7-6, wire spool 7-7, coiling electric motor 7-9 and cylinder 7-10.

Guide rail 7-2 is arranged on base plate 7-1, and slide block 7-3 is arranged on guide rail 7-2, and support one 7-4 is arranged on slide block 7-3 top; Support two 7-8 is connected with base plate 7-1 by screw; Flange is arranged on support one 7-4 and support two 7-8 by axle, bearing after connecting; Support two 7-8 side is provided with coiling electric motor 7-9, coiling electric motor 7-9 is connected with axle, flange is provided with wire spool 7-7, coiling electric motor 7-9 transmission is arranged on wire spool 7-7 on flange around optical fiber, and cylinder 7-10 is arranged on support two 7-8, and the piston rod front end of cylinder 7-10 is connected with support one 7-4, for clamping wire spool 7-7 around optical fiber, wire spool 7-7 around optical fiber, can loosen, conveniently take off around full optical fibre reel 7-7 after expiring.

A kind of automatic switchover collection method of automatic switchover collecting device of optical fiber screening after-combustion is as follows:

A kind of automatic switchover collecting device of optical fiber screening after-combustion is arranged on the take-up end of screening rewinder, original single-deck take-up is improved to Double-plate wire-rewinding machine structure, optical fiber carries out optical fiber guiding and location through track adjusting wheel 1, be wrapped on optical fiber shallow bid 4 after optical fiber bus cable device 2, normal winding displacement collection work is carried out by optical fiber bus cable device 2, after one-sided dishful, directly carry out adjustment fiber position by the control setup 3 of removable winding displacement, it is made to reach second station, optical fiber presses on optical fiber positioning device 5 by optical fiber pinch roller 6 again, make it meet switching position require and can ensure that optical fiber does not collide the danger of rupturing with equipment remainder, outside fiber reel, holding device catches optical fiber simultaneously, make optical fiber can cut off with the supporting edge of a knife after making its fiber clamping, namely new optical fiber the inner continues around optical fiber on the wire spool of little disk clamp device, plant machinery rotating collection works, optical fiber is first collected at optical fiber shallow bid 4 external side end, can for test optical fiber with reserved certain length, after reaching length to be measured collection needs, optical fiber bus cable device 2 works on, winding displacement inside optical fiber shallow bid 4, achieve the automation function that optical fiber screening after-combustion is collected automatically.

Claims (3)

1. an automatic switchover collecting device for optical fiber screening after-combustion, is characterized in that: comprise track adjusting wheel, optical fiber bus cable device, removable winding displacement control setup, optical fiber shallow bid, optical fiber positioning device, optical fiber pinch roller and little disk clamp device;

Described optical fiber bus cable device comprises cable guide pulley, guide wheel shaft and winding displacement arm; Cable guide pulley is arranged on winding displacement arm by bearing, guide wheel shaft;

Described removable winding displacement control setup comprises equipment body support, winding displacement motor, drive pulley one, drive pulley two, driving band, limit sensors, slide rail and slide block;

Slide rail is arranged on equipment body support, and optical fiber bus cable device is arranged on slide rail by slide block; Two limit sensors are arranged on equipment body support two ends respectively; Winding displacement motor is directly installed on equipment body support by support, drive pulley one is equipped with in driving band one end, the driving band other end is equipped with drive pulley two, winding displacement motor output shaft is connected with drive pulley one, winding displacement motor is by drive pulley one transmission driving band, slide block, can move around along slide rail during winding displacement by driving band transmission together with optical fiber bus cable device;

Described optical fiber positioning device comprises locating wheel, bearing and location adjust bar; Be arranged on the adjust bar of location after locating wheel is directly connected with bearing again;

Described little disk clamp device comprises base plate, guide rail, slide block, support one, support two, bearing, flange, wire spool, coiling electric motor and cylinder;

Guide rails assembling is on base plate, and slide block is arranged on guide rail, and support one is arranged on slide block top; Support two is connected with base plate by screw; Flange is arranged on support one and support two by axle, bearing after connecting; Support two side is provided with coiling electric motor, and coiling electric motor is connected with axle, and flange is provided with wire spool, and coiling electric motor transmission is arranged on the coiling coiled fiber on flange; Cylinder is arranged on support two.

2. the automatic switchover collecting device of a kind of optical fiber screening after-combustion according to claim 1, is characterized in that: the piston rod front end of cylinder is connected with support one, for clamping coiling coiled fiber.

3. the automatic switchover collection method of the automatic switchover collecting device of a kind of optical fiber screening after-combustion according to claim 1, is characterized in that:

A kind of automatic switchover collecting device of optical fiber screening after-combustion is arranged on the take-up end of screening rewinder, original single-deck take-up is improved to Double-plate wire-rewinding machine structure, optical fiber carries out optical fiber guiding and location through track adjusting wheel, be wrapped on optical fiber shallow bid after optical fiber bus cable device, normal winding displacement collection work is carried out by optical fiber bus cable device, after one-sided dishful, directly carry out adjustment fiber position by the control setup of removable winding displacement, it is made to reach second station, optical fiber presses on optical fiber positioning device by optical fiber pinch roller again, make it meet switching position require and can ensure that optical fiber does not collide the danger of rupturing with equipment remainder, outside fiber reel, holding device catches optical fiber simultaneously, make optical fiber can cut off with the supporting edge of a knife after making its fiber clamping, namely new optical fiber the inner continues around optical fiber on the wire spool of little disk clamp device, plant machinery rotating collection works, optical fiber is first collected at optical fiber shallow bid external side end, can for test optical fiber with reserved certain length, after reaching length to be measured collection needs, optical fiber bus cable device works on, winding displacement inside optical fiber shallow bid, achieve the automation function that optical fiber screening after-combustion is collected automatically.