CN2257026Y - Full-automatic optical fibre coupling shunting processor - Google Patents

Abstract

The utility model relates to a full-automatic optical fiber coupling shunting processor. A machine table is provided with two groups of screw rods and is connected with two groups of clamping and tensioning mechanisms which are arranged side by side, a cutting mechanism, a peeling and atomizing mechanism, a wiping mechanism, an auxiliary clamping device, a fusing mechanism, and an automatic threading clamping mechanism. By means of a thread feeding mechanism, the optical fibers are in a positioning state on the clamping and tensioning mechanisms, and then, the utility model is also matched with an automatic threading and clamping mechanism for automatically threading. The optical fibers are caused to be pulled out to the peeling and atomizing mechanism, the wiping mechanism, and other mechanisms for preprocessing peeling and cleaning treatment, and then, the optical fibers are pulled to the fusing mechanism, after two optical fiber threads are fused to a plurality of branches, the other end head is peeled and wiped again and is cut off, and the end head is automatically threaded by the automatic threading and clamping mechanism.

Description

Full-automatic optical fiber coupling divides flow processing machine

The utility model relates to the processing machine that a kind of optical fiber fusion is handled, especially refer to that a kind of full-automatic optical fiber coupling divides flow processing machine, be the peeling that makes optical fiber processing, wipe away, locate, fuse, cut off full automation clearly and handle, and can save artificial, speed the effect that process velocity, uniform quality are easy to control.

Optical fiber cable is the splendid material of modern communication, its structure is that glass heart line coats rete, and now the shunting coupling processing of optical fiber cable is handled, be with following program mode (PM): length is cut off with scissors (or pincers) earlier according to need, divest the glue-line film with blade or shearing blade then, fuse with soldering set at last.It is to handle with artificial fully as can be known by above-mentioned processing mode.Be appreciated that it has following shortcoming: 1. manually to cut off optical fiber destructible glass heart termination (may make glass heart termination cracked).2. peeling, wipe away to handle and be all manually clearly, quality is difficult for consistent, and time-consuming.3. with the manually-operated fusion, quality is wayward or fuse quality than Yi Bujia.4. there is not the self-threading positioning optical waveguides.5. whole each program is all manually-operated, and program is miscellaneous, time-consuming, the tool technology manually is difficult for employing, and make process velocity slow, increase cost.

Order of the present utility model is to provide a kind of full-automatic optical fiber coupling to divide flow processing machine, to overcome the existing defective of prior art.

For realizing that a kind of full-automatic optical fiber coupling that the purpose of this utility model proposes divides flow processing machine, it is characterized in that: this processing machine mainly comprises: the line mechanism that supplies with light source generator, clamping pulling-over mechanism, and be located at shut-off mechanism that base screws togather with the board screw rod again, peeling humidifier, Wiping mechanism, and auxiliary holding device be located at fusing mechanism that another base screws togather with the board screw rod again, and the board top establish the self-threading clamping device that slide rail, screw rod screw togather; Wherein

This clamping pulling-over mechanism is a board, and the appropriate location is provided with the perforation that runs through of front and back, is provided with the fulcrum wheel under the preceding perforation, is provided with pulley above the perforation of back, and be provided with the parallel confinement block and the track in tool line hole above the board; And be provided with clamping device, and be that a slide is sheathed on track and is slidably, establish a holder on the slide again, holder is provided with a pneumatic cylinder with jig arm; Its motor is located at board below, and the rotating shaft volume is established the displacement backguy and be its fulcrum with the fulcrum wheel, and boring a hole before passing is connected in clamping device holder front end again; Its weight connects location backguy, passes the back perforation again and is the holder rear end that fulcrum is connected in clamping device with the pulley; By motor, displacement backguy and weight, location backguy and can allow clamping device or advance or retreat grip optical fiber according to desired location, and behind clamping location again by the weight pulling force of weight, location backguy, make optical fiber cable be omited post-tensioning again, reach the linear state that makes optical fiber cable not loose;

This shut-off mechanism comprises: cut off device, breaker; This cuts off device is that the expansion link of a pneumatic cylinder is provided with cutter, and expansion link can be subjected to set control and flexible start according to pneumatic cylinder, make cutter, work reverses; This breaker is that a motor shaft is provided with and touches rod, and motor shaft can be subjected to set control and be the half cycle forward and backward, makes to touch rod and can positive and negatively move partially; Just can cut off optical fiber glass heart line by the action back and forth that cuts off the device cutter and produce a breach, touch rod by breaker again touching of glass heart line struck, can be according to the breach neat brisement of glass heart line;

This peeling humidifier is a pneumatic cylinder, is provided with two actuating arms; Can be according to setting the start of control pneumatic cylinder, actuating arm is done to open, closed action and make; And nozzle holder arranged, in runner arranged and be connected with cleaning solution input pipe and nozzle, and establish and be fixed in actuating arm one side, with the actuating arm interlock; And bark knife is arranged, be provided with just and be the depressed part of optical fiber glass heart linear diameter, and establish and be fixed in the actuating arm opposite side, with the actuating arm interlock; Optical fiber can be limited in the bark knife depressed part by folder during peeling, and the pneumatic cylinder start can peeling optical fibre glued membrane skin, and simultaneously by the cleaning solution input pipe, and nozzle ejection cleaning solution and remove the buffings that peeling produces reaches peeling simultaneously, guarantees the cleaning of optical fiber glass heart line;

This Wiping mechanism is to drive in frame to establish a motor, and the axle center of motor is passed through frame and driven and establish an active roller, the sheathed cleaning band in active roller surface; One end of frame is established a mechanical arm, and this arm is provided with an axle center, drives in the axle center fitted bearing and establishes roller, this roller surface cover is around cleaning band, cleaning band between two axle center is sheathed on the adjustment roller in addition, forms a space in view of the above, must allow optical fiber cable between the cleaning band of two rollers; This adjustment wheel driving is located at rotating shaft, this rotating shaft is driven through the adjustment hole of frame to be located at and is adjusted seat, and be rotatable, this adjusts the seat swivel nut in the bolt of adjustment rack, drive the elasticity of adjusting the roller displacement and adjusting cleaning band by bolt, coat optical fiber cable in the motion by the cleaning band in the motion, the moving and full circular clad optical fiber line friction wiping of submission Wrong Shipment and clean the surface of optical fiber cable;

This fusing mechanism comprises: line and attaching together is put, antichattering system, anti-rock and straightening device, board, screw rod, slide rail; Its base is located on the board, and is provided with slide rail and screw rod, and slide is screwed together in screw rod and be sleeved on slide rail; Its line and attaching together is put, and is arranged at the board two ends, is that a pneumatic cylinder is provided with jig arm, and pneumatic cylinder can make the start of jig arm opening and closing; Its antichattering system is that a pneumatic cylinder is located on the slide; Establish holder on the pneumatic cylinder, which is provided with motor, the rotating shaft of motor is connected with pivoted arm; This pivoted arm is provided with one and neutralizes bar and can be subjected to the motor start and swing according to setting, and then makes and neutralize bar and just can make to optical fiber; Its antichattering system also is that a pneumatic cylinder is located on the slide; Also be provided with holder on the pneumatic cylinder, also be provided with motor, pivoted arm on it, neutralize bar; In addition, pneumatic cylinder also extends a board, makes to neutralize bar and just optical fiber can be pressed against on the board; Its line also attaches together the pneumatic cylinder jig arm of putting and just optical fiber cable can be given and closes, relend and help antichattering system, the pole pair optical fiber of neutralizing of anti-rock and straightening device is formulated and is prevented that optical fiber from rocking, so that can accurately merge, and give when softening slowly stretchingly in merging, make the linear state that keeps optical fiber cable;

This self-threading clamping device is that board is provided with a screw rod, and the below is connected with a clamping device with a slide rail, this clamping device, one slide is set to be engaged slide rail and is moving back and forth, establish a slide holder before the slide, its another side is provided with swivel nut, and swivel nut is placed in outside the screw rod, and the slide holder sets firmly a fixed pedestal, a holder is established in the side of this fixed pedestal, establish a stator in holder, this stator drives establishes an air clamp with jig arm, establishes the leaning base of a H font in the holder other end, its leaning base is provided with the line hole and the slotted eye that can run through, make jig arm be goed deep into being provided with the light source sensor at the leaning base other end in this slotted eye, make the measuring fiber line and use; According to above-mentioned structure, drive air clamp grip optical fiber line, its part is extended to outside the anchor clamps, drive clamping device again and move forward, the line hole of optical fiber cable and leaning base is aligned, make it to penetrate in it, then make the jig arm clamping of air clamp past, can order about clamping device and retract, whether the light of fiber stub input simultaneously can be detected by the light source sensor carries light source normal, with detection fiber line quality;

Overall formation by above-mentioned each mechanism, element, be to make two optical fiber cables give initial alignment earlier in clamping pulling-over mechanism, self-threading clamping device elder generation start this moment is moved to clamping pulling-over mechanism place and gives self-threading, make optical fiber cable again by the peeling humidifier, Wiping mechanism gives peeling, cleaning, it is sagging that the back cooperates the auxiliary holding device folder support with anchor clamps to prevent, and by the fusing mechanism work done, allow the fusion of two optical fiber cables be one; Its self-threading clamping device also can be according to setting the length start that needs, allow peeling humidifier, Wiping mechanism work done (to reserve the end of a thread of work done next time) again, allow exposed glass heart line just can be shut-off mechanism and give cut-out, so go round and begin again, can be full-automatic work done.

For the utility model effect is understood fully, conjunction with figs. now with regard to the utility model structure, action, efficacy characteristics, is described in more detail in the back:

Fig. 1 is the utility model configured in one piece synoptic diagram;

Fig. 2 is a clamping pulling-over of the present utility model mechanism stereographic map;

Fig. 2 A is the action synoptic diagram of Fig. 2;

Fig. 3 is a shut-off mechanism stereographic map of the present utility model;

Fig. 3 A is the cut-out action synoptic diagram of Fig. 3;

Fig. 4 is a peeling humidifier stereographic map of the present utility model;

Fig. 4 A, 4B are peeling, the spray cleaning solution action synoptic diagram of Fig. 4;

Fig. 5 is a Wiping mechanism stereographic map of the present utility model;

Fig. 5 A is the wiping action synoptic diagram of Fig. 5;

Fig. 6 is a fusing mechanism stereographic map of the present utility model;

Fig. 6 A is the fusion action synoptic diagram of Fig. 6;

Fig. 6 B is a fusing mechanism anti-rock location synoptic diagram;

Fig. 7 is a self-threading clamping device stereographic map of the present utility model;

Fig. 7 A is the threading action synoptic diagram of Fig. 7;

Fig. 7 B is the threading clamping synoptic diagram of Fig. 7.

See also Fig. 1, it is each mechanism's configured in one piece synoptic diagram of the utility model, mainly comprises: confession line mechanism A, the clamping pulling-over B of mechanism with light source generator 21.Be located at shut-off mechanism C, peeling humidifier D, Wiping mechanism E that base 13 screws togather with the screw rod 12 of board 10 again, and auxiliary holding device F, be located at the fusing mechanism G that another base 13 screws togather with the screw rod 12 of board 10 again, reach board 10 tops and be provided with slide rail 11, the self-threading clamping device H that screw rod 12 screws togather constitutes.

The clamping pulling-over B of mechanism (seeing also Fig. 2) bores a hole 211,212 running through before and after board 10, appropriate location are provided with, and is provided with fulcrum wheel 213 under the preceding perforation 211, is provided with pulley 204 above the back perforation 212; And above the board 10 and be provided with the parallel confinement block 203 and the track 207 in tool line hole; And being provided with clamping device 220, it is that a slide 221 is sheathed on track 207 and is slidably, is provided with a holder 222 on the slide 221 again, on the holder 222 and be provided with a pneumatic cylinder 223 with jig arm 224; Its motor 201 is located at board 10 belows, and the rotating shaft volume is established displacement backguy 206 and is its fulcrum with fulcrum wheel 213, and perforation 211 is connected in holder 222 front ends of clamping device 220 before passing again; Its weight 205 connects location backguys 250, passes back perforation 212 again and is holder 222 rear ends that fulcrum is connected in clamping device 220 with pulley 204.

The use effect of this mechanism is: (please consulting Fig. 2,2 A again), be that clamping device 220 can be subjected to affecting and displacement forward of motor 201, displacement backguy 206, make clamping device 220 position and locating according to need, and make pneumatic cylinder 223 actions by jig arm 224 grip optical fibers 20; Otherwise desire allows clamping device 220 step back displacement, as long as displacement backguy 206 is emitted in motor 201 counter-rotatings, the weight of cooperation weight 205 is drawn location backguy 250 and moved back clamping device 220; Former, can allow clamping device 220 be moved to the position grip optical fiber 20 of needs by above-mentioned control, process with the optical fiber 20 that adapts to different needs length; After optical fiber 20 is held device 220 clampings, because of optical fiber 20 has weight and tension force (counter pull), optical fiber 20 is slightly sagging to be not tight relaxed state and can allow, this relaxed state certainly will influence the processing of processing place, and another maximum characteristics of this mechanism are to overcome above-mentioned optical fiber 20 weight, the problem that tension force is not tight, it is motor 201, after displacement backguy 206 makes clamping device 220 grip optical fibers 20 location according to fulcrum wheel 213, weight 205, the weight pulling force of location backguy 250 can make clamping device 220 slightly start backward again, and then make optical fiber 20 omit quilt tractive backward again, can make optical fiber 20 be stretched again, and be not sagging tight state.So, can make optical fiber 20 after being held the location, be drawn into linear state again by weight 205 of the present utility model, location backguy 250, guarantee to process accurately; In addition, the parallel confinement block 203 of the utility model is to make two optical fiber 20 can be positioned parallel, the situation of not tangling.

Shut-off mechanism C (seeing also Fig. 3) is for cuing off device 3A, and breaker 3B constitutes, and is that the expansion link 311 of a pneumatic cylinder 310 is provided with cutter 312 and cut off device 3A; Breaker 3B be the rotating shaft 321 of a motor 320 be provided with touch the rod 322; And the action of this mechanism, effect is: please consult Fig. 3 and Fig. 3 A again, when optical fiber 20 desires are cut off, be to transport to and cut off device 3A with desiring to block the position, its pneumatic cylinder 310 is controlled start, make expansion link 311, cutter 312 stretches out, one of withdrawal is action back and forth, when moving back and forth, just make the exposed glass heart line 22 of 312 pairs of peelings of cutter (the optical fiber periphery is for protecting glued membrane) cut off effect, make glass heart line 22 produce a breach 304, make motor 320 actions of breaker 3B, its rotating shaft 321 is reverses back after half cycle is just changeing again, make and touch rod and 322 just be, reverse start and just touch the glass heart line 222 that strikes optical fiber 20, because of glass heart line 22 has breach 304, and glass has the characteristic according to breach (trace) brisement, so touched can the brisement automatically according to breach 304 places after striking for glass heart line 22.

Peeling humidifier D (seeing also Fig. 4) is a pneumatic cylinder 410, is provided with two actuating arms 411; Can be according to setting 410 starts of control pneumatic cylinder, and make actuating arm 411 do opening, closed action; Its nozzle holder 420, in runner 422 arranged and be connected with cleaning solution input pipe 412 and nozzle 421, and establish and be fixed in actuating arm 411 1 sides, with actuating arm 411 interlocks; Its bark knife 430 is provided with just the depressed part 431 for glass heart line 22 diameters of optical fiber 20, and establishes and be fixed in actuating arm 411 opposite sides, with actuating arm 411 interlocks.

The start effect of this peeling humidifier D is for (to see also Fig. 4 A, 4B), pneumatic cylinder 410 is according to setting the control start, make its actuating arm 411 closures, make optical fiber 20 just be limited in the depressed part 431 of bark knife 430 by folder, this moment, pneumatic cylinder 410 was displacement (length of slip is decided according to desiring peeling length), by the depressed part 431 of bark knife 430 and just make the glued membrane skin of optical fiber 20 disallowable, because of depressed part 431 apertures just equal glass heart line 22 diameters, so can not injure glass heart line 22, and, in divesting the glued membrane skin simultaneously, cleaning solution input pipe 412 is carried the cleaning solution (pump of this conveying cleaning solution according to setting control, the liquid bucket partly, non-principal character of the present utility model, forgive will not be tired of state) and by nozzle 421 ejection, and be aligned with bark knife 430 and optical fiber 20 contact positions, so the buffings spray that is produced can simultaneously stripping be picked the time is clearly, glass heart line 22 is not stained with stay buffings (glass heart line have electrostatic effect to be stained with stay buffings), thereby needn't be cleaned and improve the welding quality again when processing (as welding) afterwards.

The structure of Wiping mechanism E (seeing also Fig. 5) is: the axle center of motor 520 is passed through frame and is established an active roller 521, the sheathed cleaning band 522 in active roller 521 surfaces; One end of frame is established a mechanical arm 530, this arm 531 is provided with an axle center 532,532 fitted bearings drive and establish roller 523 in the axle center, these roller 523 surface covers are around cleaning band 522, cleaning band 522 between diaxon 532 is sheathed on and adjusts roller 524 in addition, form a space in view of the above, be positioned at 522 of the cleaning bands of two rollers 523 by to be allowed optical fiber cable 20; This adjustment wheel 524 drives is located at rotating shaft 525, this rotating shaft 525 is driven through the adjustment hole 501 of frame to be located at and is adjusted seat 540, and being rotatable, this adjusts seat 540 swivel nuts in the bolt 541 of adjustment rack 504, drives the elasticity of adjusting roller 524 displacements and adjusting cleaning band 522 by bolt 541; Its action effect is: see also shown in Fig. 5 A, cleaning band 522 is adjusted in the scope of adjusting hole 501 by bolt 541, roller 524 displacements are adjusted in order, adjust cleaning band 522 in suitable working tension, optical fiber cable 20 is between two arms 531, motor 520 drives active roller 521 and transmission cleaning band 522 simultaneously, during desire cleaning optical fiber cable 20, driving device hand 530 makes arm 531 starts, drives two rollers 523, make cleaning band 522 in the motion be coated state and coat optical fiber cable 20 in the motion, the surface of friction optical fiber cable 20 produces wiping effect, and the dirt on optical fiber cable 20 surfaces and impurity dust 550 are removed.Cleaning band 522 is by the start of arm 531 and the roller 523 that is shifted, make cleaning band 522 clad optical fiber lines 20, and the coating of cleaning band 522 and be the state of displacement movement, make the wiping of optical fiber cable 20 full circulars, effectively clean the surface of optical fiber cable 20, reach the effect of robotization cleaning in view of the above, be able to rapid cleaning optical fiber cable 20.

The structure of fusing mechanism G (seeing also Fig. 6) is: it comprises: line also attaches together and puts 6A, antichattering system 6B, anti-rock and straightening device 6C, screw rod 645 and track 641; Its base 640 is located on the board base 13, and is provided with track 641 and screw rod 645, and slide 643 is screwed together in screw rod 645 and be sleeved on track 641; Its line also attaches together and puts 6A, is arranged at two ends, is that a pneumatic cylinder 610 is provided with jig arm 611, and pneumatic cylinder 610 can make jig arm 611 opening and closing starts; Its antichattering system 6B is that a pneumatic cylinder 620 is located on the slide 643; Establish holder 644 on the pneumatic cylinder 610, which is provided with motor 630, the rotating shaft of motor 630 is connected with pivoted arm 631; This pivoted arm 631 is provided with one and neutralizes bar 632 and can be subjected to motor 630 starts and swing according to setting, and then makes and neutralize bar 632 and just can make to optical fiber; Its antichattering system 6C also is that a pneumatic cylinder 620 is located on the slide; Also be provided with holder 644 on the pneumatic cylinder 610, also be provided with motor 630, pivoted arm 631 on it, neutralize bar 632; In addition, pneumatic cylinder 610 extends a board 633, makes to neutralize bar 632 and just optical fiber 20 can be pressed against on the board 633.

Its action effect is: (see also Fig. 6 A, 6B), optical fiber cable 20 is by the line at two ends and attach together the pneumatic cylinder 610 start jig arm 611 of putting 6A and give and close, this moment antichattering system 6B, the pneumatic cylinder 620 of anti-rock and straightening device 6C, promptly rising according to setting, (the decline state is the conveying that makes things convenient for optical fiber 20, so that do not disturb), stream oriented device 6B, the motor 630 of 6C promptly moves and makes pivoted arm 631 rotate an angle according to optical fiber 20 directions, order is neutralized bar 632 and is just compressed optical fiber 20, this antichattering system 6B, anti-rock and straightening device 6C neutralize bar 632 and can form two fulcrums, and prevent that optical fiber 20 from rocking because of the long elasticity that produces, and compacting bar 632 can make optical fiber 20 more limit with the compression set of board 633, promptly can the 20 heating meltings of 650 pairs two optical fiber of jointing gun extremely can be combined as a whole; And after two optical fiber 20 are softened, must produce the phenomenon of softening loose 6D sag bent, must give stretching also is linear state with the combination of guaranteeing optical fiber cable 20, this moment, screw rod 645 can rotate according to control, make anti-rock and straightening device 6C according to track 641 displacement backward, impel optical fiber 20 to be elongated and stretch, be normal linear state after optical fiber 20 coolings; Finish above-mentionedly after closing, antichattering system 6B, anti-rock and straightening device 6C and motor 630 are backward rotation, make pivoted arm 331, neutralize bar 632 homings, and its pneumatic cylinder 620 promptly descends, and makes things convenient for the defeated moving interference-free of optical fiber cable 20.

Self-threading clamping device H (seeing also Fig. 7): it is to establish a slide 726 joint work slide rails 11 to move back and forth, be provided with a slide holder 710 before the slide 726, the one side is provided with swivel nut 711, swivel nut is placed in screw rod 11, the slide holder sets firmly a fixed pedestal 720, a holder 721 is established in the side of this fixed pedestal 720, establish a stator 722 in holder 721, this stator 722 drives establishes an air clamp 730 with jig arm 731, establish the leaning base 740 of a H font in the holder other end, its leaning base 740 is provided with the line hole 742 and the slotted eye 741 that can run through, jig arm 731 is goed deep in this slotted eye 741, be provided with light source sensor 725 at leaning base 740 other ends, can measure whether optical fiber cable ruptures or well; This air clamp 730 is the element of a grip optical fiber line.

Its action effect is: see also Fig. 7 A, shown in the 7B, be to drive air clamp 730 grip optical fiber lines 20, and make its optical fiber cable 20 can partly extend anchor clamps 730, relend and help screw rod 711 to rotate, ordering about slide 726 moves forward along slide rail 712, make the optical fiber cable 20 can be involutory with the line hole 742 of leaning base 740, making it wear cable-through hole 742 enters in the slotted eye 741, the optical fiber cable 20 that penetrates by the jig arm 731 clamping residences of air clamp 730 again, make whole clamping device be returned to the location backward, and the sensor 725 of rear end, cooperate for the test lamp of line mechanism 6 and imported light in the optical fiber cable termination, and whether the internal structure that can induce simultaneously optical fiber cable ruptures, or has and contain impurity in the material and will inform the flaw of optical fiber cable rapidly.So, except that self-threading, more can have the effect of doing the optical fiber Quality Detection simultaneously, prevent the processing of defective products.

Formation by above-mentioned each mechanism, element, the fusion processing of optical fiber cable can be more in brief, be that two optical fiber cables 20 give initial alignment earlier in the clamping pulling-over B of mechanism, self-threading clamping device H elder generation start this moment is moved to clamping pulling-over mechanism B place and gives self-threading, and slightly make optical fiber cable 20 again by peeling humidifier D again toward moving to right, Wiping mechanism E gives peeling, cleaning, after promptly turn right and move to least significant end, and cooperate the auxiliary holding device F folder support of tool anchor clamps to prevent sagging, and, allow 20 fusions of two optical fiber cables be one by fusing mechanism G work done; Finish the above-mentioned program work done first time, self-threading clamping device H can be according to setting the length start that needs, allow peeling humidifier D, Wiping mechanism E work done (so that reserving the end of a thread of work done next time) again, and again slightly toward left dislocation, allow exposed glass heart line just can be shut-off mechanism G and give cut-out, so go round and begin again, can be full-automatic work done.

Comprehensively above-mentioned, but the utility model make really the coupling shunting processing of optical fiber cable location, threading, wire stripping, wipe away, fuse, cut off full automation clearly, and must process fast, less manpower, reduce cost and control consistent quality, have the industry practical value.

Claims (1)

1. a full-automatic optical fiber coupling divides flow processing machine, it is characterized in that: this processing machine mainly comprises: the line mechanism that supplies with light source generator, clamping pulling-over mechanism, and be located at base again with the shut-off mechanism of board screw rod Luo Tai, peeling humidifier, Wiping mechanism, and auxiliary holding device be located at fusing mechanism that another base screws togather with the board screw rod again, and the board top establish the self-threading clamping device that slide rail, screw rod screw togather; Wherein

This clamping pulling-over mechanism is a board, and the appropriate location is provided with the perforation that runs through of front and back, is provided with the fulcrum wheel under the preceding perforation, is provided with pulley above the perforation of back, and be provided with the parallel confinement block and the track in tool line hole above the board; And be provided with clamping device, and be that a slide is sheathed on track and is slidably, establish a holder on the slide again, holder is provided with a pneumatic cylinder with jig arm; Its motor is located at board below, and the rotating shaft volume is established the displacement backguy and be its fulcrum with the fulcrum wheel, and boring a hole before passing is connected in clamping device holder front end again; Its weight connects location backguy, passes the back perforation again and is the holder rear end that fulcrum is connected in clamping device with the pulley; By motor, displacement backguy and weight, location backguy and can allow clamping device or advance or retreat grip optical fiber according to desired location, and behind clamping location again by the weight pulling force of weight, location backguy, make optical fiber cable be omited post-tensioning again, reach the linear state that makes optical fiber cable not loose;

This shut-off mechanism comprises: cut off device, breaker; This cuts off device is that the expansion link of a pneumatic cylinder is provided with cutter, and expansion link can be subjected to set control and flexible start according to pneumatic cylinder, make cutter, work reverses; This breaker is that a motor shaft is provided with and touches rod, and motor shaft can be subjected to set control and be the half cycle forward and backward, makes to touch rod and can positive and negatively move partially; Just can cut off optical fiber glass heart line by the action back and forth that cuts off the device cutter and produce a breach, the rod that touches by breaker strikes touching of glass heart line again, can be according to the breach neat brisement of glass heart line;

This peeling humidifier is a pneumatic cylinder, is provided with two actuating arms, can be according to setting the start of control pneumatic cylinder, and make actuating arm do opening, closed action; And nozzle holder arranged, in runner arranged and be connected with cleaning solution input pipe and nozzle, and establish and be fixed in actuating arm one side, with the actuating arm interlock; And bark knife is arranged, be provided with just and be the depressed part of optical fiber glass heart linear diameter, and establish and be fixed in the actuating arm opposite side, with the actuating arm interlock; Optical fiber can be limited in the bark knife depressed part by folder during peeling, and the pneumatic cylinder start can peeling optical fibre glued membrane skin, and simultaneously by the cleaning solution input pipe, and nozzle ejection cleaning solution and remove the buffings that peeling produces reaches peeling simultaneously, guarantees the cleaning of optical fiber glass heart line;

This Wiping mechanism is to drive in frame to establish a motor, and the axle center of motor is passed through frame and driven and establish an active roller, the sheathed cleaning band in active roller surface; One end of frame is established a mechanical arm, and this arm is provided with an axle center, drives in the axle center fitted bearing and establishes roller, this roller surface cover is around cleaning band, cleaning band between two axle center is sheathed on the adjustment roller in addition, forms a space in view of the above, must allow optical fiber cable between the cleaning band of two rollers; This adjustment wheel driving is located at rotating shaft, this rotating shaft is driven through the adjustment hole of frame to be located at and is adjusted seat, and be rotatable, this adjusts the seat swivel nut in the bolt of adjustment rack, drive the elasticity of adjusting the roller displacement and adjusting cleaning band by bolt, coat optical fiber cable in the motion by the cleaning band in the motion, the moving and full circular clad optical fiber line friction wiping of submission Wrong Shipment and clean the surface of optical fiber cable;

This fusing mechanism comprises: line and attaching together is put, antichattering system, anti-rock and straightening device, board, screw rod, slide rail; Its base is located on the board, and is provided with slide rail and screw rod, and slide is screwed together in screw rod and be sleeved on slide rail; Its line and attaching together is put, and is arranged at the board two ends, is that a pneumatic cylinder is provided with jig arm, and pneumatic cylinder can make the start of jig arm opening and closing; Its antichattering system is that a pneumatic cylinder is located on the slide; Establish holder on the pneumatic cylinder, which is provided with motor, the rotating shaft of motor is connected with pivoted arm; This pivoted arm is provided with one and neutralizes bar and can be subjected to the motor start and swing according to setting, and then makes and neutralize bar and just can make to optical fiber; Its antichattering system also is that a pneumatic cylinder is located on the slide; Also be provided with holder on the pneumatic cylinder, also be provided with motor, pivoted arm on it, neutralize bar; In addition, pneumatic cylinder also extends a board, makes to neutralize bar and just optical fiber can be pressed against on the board; Its line also attaches together the pneumatic cylinder jig arm of putting and just optical fiber cable can be given and closes, relend and help antichattering system, the pole pair optical fiber of neutralizing of anti-rock and straightening device is formulated and is prevented that optical fiber from rocking, so that can accurately merge, and give when softening slowly stretchingly in merging, make the linear state that keeps optical fiber cable;

This self-threading clamping device is that board is provided with a screw rod, and the below is connected with a clamping device with a slide rail, this clamping device, one slide is set to be engaged slide rail and is moving back and forth, establish a slide holder before the slide, its another side is provided with swivel nut, and swivel nut is placed in outside the screw rod, and the slide holder sets firmly a fixed pedestal, a holder is established in the side of this fixed pedestal, establish a stator in holder, this stator drives establishes an air clamp with jig arm, establishes the leaning base of a H font in the holder other end, its leaning base is provided with the line hole and the slotted eye that can run through, make jig arm be goed deep into being provided with the light source sensor at the leaning base other end in this slotted eye, make the measuring fiber line and use; According to above-mentioned structure, drive air clamp grip optical fiber line, its part is extended to outside the anchor clamps, drive clamping device again and move forward, the line hole of optical fiber cable and leaning base is aligned, make it to penetrate in it, then make the jig arm clamping of air clamp past, can drive clamping device and retract, whether the light of fiber stub input simultaneously can be detected by the light source sensor carries light source normal, with detection fiber line quality;

Overall formation by above-mentioned each mechanism, element, be to make two optical fiber cables give initial alignment earlier in clamping pulling-over mechanism, self-threading clamping device elder generation start this moment is moved to clamping pulling-over mechanism place and gives self-threading, make optical fiber cable again by the peeling humidifier, Wiping mechanism gives peeling, cleaning, it is sagging that the back cooperates the auxiliary holding device folder support with anchor clamps to prevent, and by the fusing mechanism work done, allow the fusion of two optical fiber cables be one; Its self-threading clamping device also can be according to setting the length start that needs, allow peeling humidifier, Wiping mechanism work done (to reserve the end of a thread of work done next time) again, allow exposed glass heart line just can be shut-off mechanism and give cut-out, so go round and begin again, can be full-automatic work done.

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