CN210558653U

CN210558653U - Cut out cable equipment of bundling

Info

Publication number: CN210558653U
Application number: CN201921442823.4U
Authority: CN
Inventors: 杨柳
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-08-30
Filing date: 2019-08-30
Publication date: 2020-05-19
Anticipated expiration: 2029-08-30

Abstract

The utility model provides a cut out cable equipment of bundling, is including the paying out machine who is used for placing bundle optical cable constructs, send the optical cable tip into wire feeding mechanism of wire reel mechanism, cut off the optical cable shearing mechanism, with the wire reel mechanism of optical cable coiling lapping, with the mechanism of tying up that the optical cable of coiling was tied up and with the double-layered line unloading mechanism that takes out the optical cable from the wire reel mechanism, wire reel mechanism includes slewing mechanism, fixes and drives rotatory outer dish, install on the outer dish and can will send the tight clamping mechanism of the optical cable tip clamp in the mechanism, the wire reel of optical cable coiling lapping of fixed length on the slewing mechanism, the wire reel is installed on the outer dish and is driven synchronous revolution by the outer dish. The mode that the clamping mechanism and the wire spool are installed on the outer spool is utilized, so that the stability of the clamping mechanism and the wire spool after installation is improved, the wire clamping effect is improved, and the production quality is higher; and the action mechanisms of the wire clamping mechanism and the catch plate are simple and effective, so that the production cost can be reduced, and the occurrence of a collision accident is avoided.

Description

Cut out cable equipment of bundling

Technical Field

The utility model relates to an optical cable is tailor and is tied up equipment, concretely relates to cut out cable equipment of bundling.

Background

The optical cable cutting equipment is mainly used for cutting optical cables (or similar materials), and the working principle of the optical cable cutting equipment is that the optical cables wound on a raw material barrel are unfolded, cut into sections according to the set length and number, the optical cables cut into the sections are wound into a disc, and finally the optical cables in the disc are bundled. The inventor has proposed a patent application with the application number of '201610466948.5' and the patent name of 'an optical cable automatic cutting device', and the patent application can realize the functions of automatic cutting, bundling, feeding, blanking and the like of the optical cable, thereby effectively improving the production efficiency. However, in this patent, there are many problems such as the swing arm is easily drooping and deformed after being used for a long time; 2. the optical cable clamp can generate deviation, deformation and the like due to centrifugal force, so that the production quality is reduced; 3. the optical cable cutting equipment needs more moving mechanisms, so that the production cost is higher.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, the utility model provides a cut cable and prick line equipment.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides a cut out cable equipment of bundling, is including the paying out machine who is used for placing bundle optical cable constructs, send the optical cable tip into wire feeding mechanism of wire reel mechanism, cut off the optical cable shearing mechanism, with the wire reel mechanism of optical cable coiling lapping, with the mechanism of tying up that the optical cable of coiling was tied up and with the double-layered line unloading mechanism that takes out the optical cable from the wire reel mechanism, wire reel mechanism includes slewing mechanism, fixes and drives rotatory outer dish, install on the outer dish and can will send the tight clamping mechanism of the optical cable tip clamp in the mechanism, the wire reel of optical cable coiling lapping of fixed length on the slewing mechanism, the wire reel is installed on the outer dish and is driven synchronous revolution by the outer dish.

The utility model discloses in, clamping mechanism installs mobilizable line ball drive plate on the outer dish bottom surface including the connection, with outer dish contour fit line ball board, make the inward movement of line ball board press from both sides the tight clamping spring of tight optical cable tip and drive line ball board outwards remove the mechanism that backs down of optical cable tip, the line ball board sets up on the line ball drive plate.

The utility model discloses in, still including being used for tak eoff outer dish winding mechanism that colludes, be equipped with on the outline of outer dish and collude the cooperation module of line mechanism cooperation work.

The utility model discloses in, press from both sides line unloading mechanism including can control about from top to bottom the unloading moving mechanism, with wire reel complex fender dish, press from both sides the line clamping mechanism who walks optical cable on the wire reel, line clamping mechanism, fender dish are installed and are reciprocated or control the translation on same unloading moving mechanism.

The utility model discloses in, the double-layered line mechanism is including setting up the double-layered line elevating system on unloading moving mechanism, setting up the double-layered line mounting panel on the double-layered line elevating system, setting up the chuck on the double-layered line mounting panel, be equipped with on the fender dish and let the chuck descend to pass the opening that the fender dish carries out the double-layered line.

The utility model discloses in, be equipped with the successful detection mechanism of binding wire of detectable lapping optical cable on the trapping mechanism.

The utility model discloses in, all be equipped with on outer dish, the wire reel and carry out the concave position of complex with tying up mechanism, thread clamping mechanism.

The utility model discloses in, tie up the mechanism and install on a reciprocating mechanism that can reciprocate.

The utility model has the advantages that: the utility model discloses in through the mode that utilizes outer dish installation clamping mechanism and wire reel, improved the stability after clamping mechanism and the wire reel installation, can improve the double-layered line effect, make the better winding of optical cable on outer dish and wire reel. Meanwhile, due to the arrangement of the concave position and the opening, under the condition that the blocking disc is not moved away, the wire binding mechanism and the wire clamping mechanism can enter the wire spool to bundle and discharge the cut optical cable, the action of the blocking disc is reduced, and the production efficiency is improved. And the thread clamping mechanism and the blocking disc are arranged on the same blanking moving mechanism, so that the blocking disc and the thread clamping mechanism move up and down or move left and right by using the same mechanism, the mounting structures of the blocking disc and the thread clamping blanking mechanism are effectively simplified, the production cost is reduced, the occurrence of collision accidents is avoided by the mode, and the safety performance of equipment use is effectively improved.

Drawings

The invention will be further explained with reference to the drawings and the embodiments below:

fig. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the structure of FIG. 1;

FIG. 3 is a schematic structural view of a wire spool mechanism;

FIG. 4 is a schematic view of a part of the structure of the present invention;

FIG. 5 is a schematic view of the structure of FIG. 4 at B;

fig. 6 is a schematic structural view of the thread hooking mechanism.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings in the embodiments of the present invention are combined below to clearly and completely describe the technical solutions in the embodiments of the present invention.

Referring to fig. 1-6, a cable cutting and binding device comprises a pay-off mechanism 1 for placing bundled optical cables, a cable feeding mechanism 3 for feeding the end portions of the optical cables into a wire winding disc mechanism 2, a shearing mechanism for shearing the optical cables, a wire winding disc mechanism 2 for winding the optical cables into coils, a binding mechanism 4 for binding the wound optical cables, and a wire clamping and blanking mechanism 5 for taking the optical cables out of the wire winding disc mechanism 2, wherein the pay-off mechanism 1, the wire feeding mechanism 3, the shearing mechanism and the binding mechanism 4 are installed on a workbench, and the shearing mechanism is located at a wire outlet of the wire feeding mechanism 3. In the above structure, the paying-off mechanism 1, the wire feeding mechanism 3, the shearing mechanism and the bundling mechanism 4 are all conventional structures, and specific reference can be made to the previous patent of the inventor or the structure on the conventional cable cutting machine, so that detailed description is not given. Further, the wire spool mechanism 2 includes a rotating mechanism 21 installed on the workbench, an outer spool 22 fixed on the rotating mechanism 21 and driven by the rotating mechanism 21 to rotate, a clamping mechanism 23 installed on the outer spool 22 and capable of clamping the end of the optical cable in the feeding mechanism, and a wire spool 24 for coiling the optical cable with a fixed length, wherein the wire spool 24 is installed on the outer spool 22 and driven by the outer spool 22 to rotate synchronously.

When the device works, the wire feeding mechanism 3 can move up and down and freely rotate, and the wire feeding mechanism 3 sends the end part of the optical cable to the clamping mechanism 23; the outer disc 22 rotates, the optical cable is straightened under the action of the pulling force and is wound on the outline of the outer disc 22 for a certain length; the wire feeding mechanism 3 is lifted to wind the straightened optical cable on the wire spool 24 from bottom to top, and after the winding and the binding are finished, the shearing mechanism shears the optical cable; the wire clamping and blanking mechanism 5 works to take the bundled coiled optical cable off the wire spool 24.

Preferably, the clamping mechanism 23 includes a pressing drive plate movably attached to the bottom surface of the outer tray 22, a pressing plate 231 engaging with the contour of the outer tray 22, a clamping spring for moving the pressing plate 231 inward to clamp the end of the cable, and an ejecting mechanism 232 for driving the pressing plate 231 outward to release the end of the cable, the pressing plate 231 being disposed on the pressing drive plate. Further, the pushing mechanism 232 comprises a pushing mounting plate, a pushing power module arranged on the pushing mounting plate, and a pushing block arranged on the pushing power module, wherein a pulley which is matched with the pushing block to drive the pressing line driving plate to move outwards is arranged on the pressing line driving plate.

Preferably, the utility model discloses still including being used for taking away the wire-wound mechanism 6 that colludes on outer dish 22, be equipped with on the profile of outer dish 22 with collude the cooperation module 7 of wire-wound mechanism 6 cooperation work. The line hooking mechanism 6 comprises a line hooking moving mechanism 61 capable of moving up and down, left and right, and a line hooking mechanism 62 capable of hooking the optical cable on the outer disc 22, the line hooking moving mechanism 61 is installed on the workbench, the line hooking mechanism 62 is installed on the line hooking moving mechanism 61, the matching module 7 is arranged on the outline of the outer disc 22, and the matching module 7 forms a space for allowing the line hooking mechanism 62 to enter the optical cable winding on the outline of the outer disc 22. In this embodiment, the matching module 7 is a groove disposed on the outer contour of the outer tray 22, the wire taking mechanism 62 is a movable wire hook capable of extending into the groove, the movable wire hook is installed at one end of a hook installation plate, the hook installation plate is hinged to the wire hooking moving mechanism 61, the wire hooking moving mechanism 61 is further provided with a wire hooking cylinder, so that the two ends of the hook installation plate can swing up and down, when the hook installation plate swings, the movable wire hook hooks the wire winding on the outer tray 22, the optical cable winding on the outer tray 22 contour is pulled open, and the optical cable winding on the outer tray 22 contour and the optical cable winding on the wire tray 24 are prevented from being bundled together when the wire bundling mechanism bundles the optical cable, so that the processing of the next step is affected.

Preferably, the wire clamping and blanking mechanism 5 comprises a blanking moving mechanism 51 capable of moving up and down, left and right, a blocking disc 52 matched with the wire spool 24, and a wire clamping mechanism 53 for clamping and removing the optical cable on the wire spool 24. Further, the blanking moving mechanism 51 includes a blanking translation mechanism for translating the wire clamping mechanism 53 and the blocking disc 52, and a blanking lifting mechanism for moving the wire clamping mechanism 53 and the blocking disc 52 up and down, and the blanking lifting mechanism is arranged on the blanking translation mechanism. Still further, the wire clamping mechanism 53 and the blocking disc 52 are mounted on the same blanking lifting mechanism on the blanking moving mechanism 51 and perform synchronous up-and-down movement or left-and-right translation. The utility model discloses a this structure makes fender dish 52 and double-layered line unloading mechanism 5 utilize same mechanism to reciprocate or control the translation, has effectively simplified the mounting structure of fender dish 52 and double-layered line mechanism 53, has reduced manufacturing cost, has avoided the emergence of the accident of hitting moreover through this kind of mode, has effectively improved the security performance of equipment use.

Preferably, the wire clamping mechanism 53 includes a wire clamping lifting mechanism arranged on the blanking lifting mechanism, a wire clamping mounting plate 531 arranged on the wire clamping lifting mechanism, and a chuck 532 arranged on the wire clamping mounting plate 531, and the baffle disc 52 is provided with an opening 8 for allowing the chuck 532 to descend and pass through the baffle disc 52 for wire clamping. Further, the cross-sectional shape of the wire clamping mounting plate 531 includes a U-shape, two of the clamping heads 532 are respectively mounted on both ends of the U-shaped wire clamping mounting plate 531, and the clamping heads 532 are made of pneumatic fingers. The wire clamping mounting plate 531 is driven to descend by the wire clamping lifting mechanism, so that the clamping head 532 is inserted into the opening 8 and passes through the baffle disc 52 to be close to the wire winding disc 24 for wire clamping; after the chuck 532 clamps the cable, the chuck 532 rises for a certain distance to make the coiled optical cable come off the wire spool 24, and then the coiled optical cable is driven by the blanking translation mechanism to translate to the material storage mechanism 11 for discharging. The utility model discloses utilize this structure, further avoid chuck 532 and fender dish 52 at the removal during operation, the interference accident appears, volume and weight after fender dish 52 and the cooperation installation of wire clamping mechanism 53 have still been reduced simultaneously, reduce the weight that wire clamping elevating system need bear, improve the stability of fender dish 52 and the wire clamping mechanism 53 emergence action, the accuracy, moreover because the volume after fender dish 52 and the cooperation installation of wire clamping mechanism 53 has reduced, so can also avoid fender dish 52 and the wire clamping mechanism 53 action to influence other mechanism operational aspect and appear.

Preferably, a material storage mechanism 11 is arranged beside the blanking moving mechanism 51, the material storage mechanism 11 comprises a material storage translation mechanism arranged beside the blanking translation mechanism and a material storage rack arranged on the material storage translation mechanism and used for placing a wire clamping mechanism 53 to send the coiled optical cables, and a plurality of material storage rods capable of hanging the coiled optical cables are arranged on the material storage rack. When the optical cable storage rack is used, after one of the material storage rods is fully hung with the coiled optical cable, the material storage translation mechanism drives the material storage rack to move, so that the next material storage rod continues to carry out material loading and hanging.

Preferably, the wire clamping mechanism 53 is provided with a wire binding detection mechanism 9 for detecting a wire binding inconsistent with the color of the optical cable or detecting whether the wire binding contains metal. Further, the binding detection mechanism 9 includes a color detection probe or a metal detection probe installed on the chuck 532, and an output end of the binding detection mechanism 9 is connected to a control device for controlling the operation of the cable binding device, and sends a detection signal. When the optical cable coiling device is used, the two chucks 532 are respectively clamped to two positions of a coiled optical cable, when the binding detection mechanism 9 detects that no detection source exists on the coiled optical cable (the detection source is metal on the binding or color which is different from the color of the optical cable on the binding), that is, no binding on the coiled optical cable is successful, the binding detection mechanism 9 sends a detection signal, the control device controls the wire clamping mechanism 53 to stop the wire clamping work immediately, the wire clamping mechanism 53 is reset, and the optical cable cutting device is stopped to check for an operator. The utility model discloses an above-mentioned structure can guarantee the effective rate of bundling of lapping optical cable, avoids the optical cable to tailor equipment and does not bundle the line at the lapping optical cable and succeed in still continuing the function, can reduce the appearance of defective products, still reduces simultaneously and handles the required time of defective products, effectively improves work efficiency.

Preferably, the diameter of the outer disc 22 is greater than that of the wire spool 24, and a wire spool mounting groove is formed in the outer disc 22, the wire spool 24 is divided into a plurality of rotating discs and is mounted in the wire spool mounting groove, a wire spool moving linear guide rail for facilitating the rotating discs to move in and out of the wire spool mounting groove is formed in each rotating disc, a scaling mechanism for expanding and contracting the plurality of rotating discs is arranged among the plurality of rotating discs, and the structure of the scaling mechanism is basically the same as that of the patent mentioned in the background art, so that detailed description is omitted. The drum mounting groove can play limiting displacement, and the over travel phenomenon appears when avoiding the carousel to open, makes the profile of wire reel 24 appear warping, influences the wire winding effect.

Preferably, the outer disc 22 and the wire spool 24 are both provided with two concave positions 10, and the two concave positions 10 are symmetrically arranged on the outer disc 22 and the wire spool 24, and the concave positions 10 are matched with the openings 8 on the baffle disc 52. Furthermore, there are two binding mechanisms 4, which correspond to the two concave positions 10 and the opening 8, respectively, and the two binding mechanisms 4 are mounted on an up-down moving mechanism capable of moving up and down through a connecting plate, and the up-down moving mechanism and the blanking lifting mechanism are the same mechanism. When the bundling mechanisms 4 work, after the wire is wound by the wire spool mechanism 2, the two bundling mechanisms 4 ascend simultaneously to bundle two positions of the coiled optical cable, and the bundling effect is improved.

The above description is only the preferred embodiment of the present invention, and the technical solutions of the objects of the present invention are all within the protection scope of the present invention as long as the objects are achieved by the substantially same means.

Claims

1. The utility model provides a cut out cable equipment of bundling, is including being used for placing paying out machine structure (1) of bundling the optical cable, send optical cable tip into wire feeding mechanism (3) of wire reel mechanism (2), cut off the optical cable shear mechanism, coil reel mechanism (2) of coiling the optical cable, the mechanism (4) of tying up and with pressing from both sides line unloading mechanism (5) that the optical cable taken out from coil reel mechanism (2) of coiling the optical cable, its characterized in that: wire reel mechanism (2) include slewing mechanism (21), fix and drive rotatory outer dish (22), install on outer dish (22) and can be with the tight clamping mechanism (23) of the optical cable tip clamp in the feed mechanism, wire reel (24) of coiling the optical cable dish of fixed length by slewing mechanism (21) on slewing mechanism (21), wire reel (24) are installed and are driven synchronous revolution on outer dish (22) and by outer dish (22).

2. A cable tie cutting apparatus according to claim 1, wherein: the clamping mechanism (23) comprises a movable pressing line driving plate which is connected and installed on the bottom surface of the outer disc (22), a pressing line plate (231) matched with the outline of the outer disc (22), a clamping spring which enables the pressing line plate (231) to move inwards to clamp the end part of the optical cable, and a jacking mechanism (232) which drives the pressing line plate (231) to move outwards to release the end part of the optical cable, wherein the pressing line plate (231) is arranged on the pressing line driving plate.

3. A cable tie cutting apparatus according to claim 1, wherein: the wire drawing mechanism is characterized by further comprising a wire drawing mechanism (6) used for taking away a winding wire on the outer disc (22), wherein a matching module (7) matched with the wire drawing mechanism (6) in work is arranged on the outline of the outer disc (22).

4. A cable tie cutting apparatus according to claim 1, wherein: the wire clamping and blanking mechanism (5) comprises a blanking moving mechanism (51) capable of moving up and down, left and right, a blocking disc (52) matched with the wire spool (24) and a wire clamping mechanism (53) for clamping an optical cable on the wire spool (24), wherein the wire clamping mechanism (53) and the blocking disc (52) are arranged on the same blanking moving mechanism (51) to move up and down or move left and right.

5. A cable tie cutting apparatus according to claim 4, wherein: the wire clamping mechanism (53) comprises a wire clamping lifting mechanism arranged on the blanking moving mechanism (51), a wire clamping mounting plate (531) arranged on the wire clamping lifting mechanism, and a chuck (532) arranged on the wire clamping mounting plate (531), wherein an opening (8) for allowing the chuck (532) to descend and penetrate through the baffle disc (52) to clamp wires is formed in the baffle disc (52).

6. A cable tie cutting apparatus according to claim 4 or 5, wherein: and the wire clamping mechanism (53) is provided with a wire binding detection mechanism (9) capable of detecting whether the coiled optical cable is successfully bound.

7. A cable tie cutting apparatus according to claim 1, wherein: the outer disc (22) and the wire spool (24) are respectively provided with a concave position (10) matched with the bundling mechanism (4) and the wire clamping mechanism (53).

8. A cable tie cutting apparatus according to claim 1, wherein: the binding mechanism (4) is arranged on an up-down moving mechanism which can move up and down.