CN208937781U - A kind of equipment being laid with optical cable convenient for work progress - Google Patents

Abstract

The utility model discloses a kind of equipment for being laid with optical cable convenient for work progress, including pedestal, bracket and pressing plate, balancing substrate is welded with below the front and rear sides wall of the pedestal, and the inside front of pedestal is through there is shaft, the outer ring of the shaft is arranged with around cylinder, and the shaft end axis connection of shaft has rotating electric machine, the outer ring around cylinder is wound with protection supporting bar, and the intermediate inside of supporting bar is protected to be provided with cotton material base-material, it is Nian Jie between the protection supporting bar and cotton material base-material, the bracket is socketed with tool apron far from the side outside of pedestal, the pressing plate is embedded with lead frame far from the side interior surface of pedestal.This is integrated optical cable laying work convenient for the equipment that work progress is laid with optical cable, realize the efficient operation purpose first ditched and sunken cord afterwards, and the transition stage of two courses of work does not need the position and direction of conversion equipment, horizontal drag can be carried out to optical cable, the straightness that ensure that optical cable laying, avoids cable length from wasting.

Description

A kind of equipment being laid with optical cable convenient for work progress

Technical field

The utility model relates to optical cable laying technical field, specially a kind of equipment for being laid with optical cable convenient for work progress.

Background technique

Optical cable is manufactured to meet the performance specification of optics, machinery or environment, it is to utilize to be placed in cladding sheath In one or more optical fiber as transmission medium and the communications cable component that can use individually or in groups, optical cable itself belongs to Wire rod can use laying of the unique flexibility completion of wire product to optical cable, work progress during being laid with optical cable In, the laying of the wire rods such as optical cable belongs to a very important project, because inappropriate cable arrangements not only can be to optical cable Normal use affects, and certain trouble can be also brought to road construction.

However during existing optical cable laying, the straightness of optical cable can not be accomplished to be completely secured, lead to optical cable It is laid in building body and is more bent, length waste, and optical cable is when being laid with, itself compactness for building body It is poor, it needs artificial in addition trench digging to sunken cord, greatly consumes manpower, the laying efficiency of optical cable is also reduced, for this purpose, we mention A kind of equipment being laid with optical cable convenient for work progress out.

Utility model content

The purpose of this utility model is to provide a kind of equipment for being laid with optical cable convenient for work progress, to solve above-mentioned background Itd is proposed in technology during existing optical cable laying, the straightness of optical cable can not be accomplished to be completely secured, lead to optical cable It is laid in building body and is more bent, length waste, and optical cable is when being laid with, itself compactness for building body It is poor, need artificial the problem of in addition trench digging sunkens cord, greatly consumes manpower, also reduce the laying efficiency of optical cable.

To achieve the above object, the utility model provides the following technical solutions: a kind of to be laid with optical cable convenient for work progress The front and rear sides wall lower section of equipment, including pedestal, bracket and pressing plate, the pedestal is welded with balancing substrate, and pedestal is interior Through there is a shaft, the outer ring of the shaft is arranged with around cylinder upper side, and the shaft end axis connection of shaft has a rotating electric machine, it is described around The outer ring of cylinder is wound with protection supporting bar, and the intermediate inside of supporting bar is protected to be provided with cotton material base-material, the protection supporting bar and cotton material It is bonding between base-material, and protect the edge inside of supporting bar to run through to have drawing steel cable, side outside of the bracket far from pedestal It is socketed with tool apron, and is cooperatively connected between bracket and the lateral wall of pedestal for bolt, the positioned beneath of the tool apron has break bar, and The centre of break bar and the inside of tool apron, which are run through, transmission shaft, and the shaft end key connection of the transmission shaft has driving belt, the pressure Plate is embedded with lead frame far from the side interior surface of pedestal, and pressing plate is located at the end of protection supporting bar, the pressing plate and protection Be between the end of supporting bar it is through be fixedly connected, be mounted with side plate on the outside of the end face of the pressing plate, and side plate is far from pressing plate Side is fixedly welded with semicircle casing, floating rule is fitted with below the semicircle casing, and the lower surface of floating rule is fixedly welded with Barb.

Preferably, the axial direction around cylinder along shaft is placed equidistant with, and passes through shaft and rotating electric machine and base around cylinder Frame constitutes rotating mechanism, and cooperates between the lateral surface of cylinder and the medial surface of protection supporting bar.

Preferably, the surface of the protection supporting bar is groove-like structure, and is connect by protection supporting bar with pressing plate around cylinder, and And it pulls steel cable and is symmetrically arranged with two about the cross central line of protection supporting bar.

Preferably, the tool apron is placed equidistant with along the horizontal longitudinal direction of bracket, and break bar passes through transmission shaft and transmission skin Band is connect with tool apron, and break bar about tool apron vertical centerline be symmetrical arranged there are two.

Preferably, the horizontal cross center line of the break bar, the horizontal symmetrical center line of lead frame and the level around cylinder Cross central line is respectively positioned on same horizontal linear, and one end external structure size of lead frame and the interior surface knot of pressing plate It cooperates between structure size.

Preferably, one end of the side plate is embedded in the inner end portion of pressing plate, while barb is equal along the horizontal direction of floating rule Even setting.

Compared with prior art, the utility model has the beneficial effects that

1, the equipment that optical cable should be laid with convenient for work progress is integrated optical cable laying work, after realizing first trench digging The efficient operation purpose sunken cord, and the transition stage of two courses of work does not need the position and direction of conversion equipment, it can be right Optical cable carries out horizontal drag, ensure that the straightness of optical cable laying, cable length is avoided to waste；Shaft is driven by rotating electric machine revolves Turn, shaft drive is rotated around cylinder, then realizes the winding purpose to protection supporting bar, leads the one end for protecting supporting bar Active force is drawn, to guarantee the straightness of protection supporting bar；Protection supporting bar surface opens up a channel structure, to carry cable line Material, optical cable wire rod are directly contacted with cotton material base-material, and cotton material base-material carries out support and protection to optical cable wire rod, pull the setting of steel cable It is then to avoid protection supporting bar itself to distort to guarantee to protect supporting bar that there is certain structural strength, influence optical cable wire rod Normal cloth is built.

2, control motor is mounted in tool apron, the transmission axis connection in the motor and tool apron, the transmission shaft in tool apron passes through Transmission axis connection on driving belt and break bar, is combined into a rotating mechanism, so that break bar obtains rotary power support, completes Rotary work ditches to building body using the cutting edge of break bar lateral wall, in order to tow optical cable wire rod；Break bar, lead It frame and is corresponded around the position of cylinder, the cloth for realizing one line of a ditch builds purpose, it is ensured that while straightness, also can be avoided people Power trench digging, lead frame are used for transition cable line material, so that optical cable wire rod keeps good globality peace after being pierced by pressing plate Straightforward, size matches between lead frame and pressing plate, and lead frame can carry out moving rotary on pressing plate, is not present therebetween Lock the stuck problem of power.

3, side plate is embedded in inside the end face of pressing plate, can carry out upper lower angle overturning to side plate on the basis of pressing plate, To cooperate the building body of Different Plane angle, increase the frictional force between floating rule and building body surface using barb, keeps pressing plate dynamic Make more reliable and more stable.

Detailed description of the invention

Fig. 1 is the utility model entirety overlooking structure diagram；

Fig. 2 is the utility model entirety side structure schematic diagram；

Fig. 3 is that the utility model protects supporting bar schematic diagram of internal structure；

Fig. 4 is the utility model pressing plate and floating rule mounting structure schematic diagram.

In figure: 1, pedestal；2, balancing substrate；3, shaft；4, around cylinder；5, rotating electric machine；6, supporting bar is protected；7, cotton material base Material；8, steel cable is pulled；9, bracket；10, tool apron；11, break bar；12, transmission shaft；13, driving belt；14, pressing plate；15, lead frame； 16, side plate；17, semicircle casing；18, floating rule；19, barb.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-4 is please referred to, the utility model provides a kind of technical solution: a kind of to be laid with setting for optical cable convenient for work progress It is standby, including pedestal 1, bracket 9 and pressing plate 14, the front and rear sides wall lower section of pedestal 1 is welded with balancing substrate 2, and pedestal 1 is interior Upper side is through there is shaft 3, and the outer ring of shaft 3 is arranged with around cylinder 4, and the shaft end axis connection of shaft 3 has rotating electric machine 5, around cylinder 4 Outer ring be wound with protection supporting bar 6, and the intermediate inside of supporting bar 6 is protected to be provided with cotton material base-material 7, around cylinder 4 along the axial direction of shaft 3 Direction is placed equidistant with, and constitutes rotating mechanism by shaft 3 and rotating electric machine 5 and pedestal 1 around cylinder 4, and around the lateral surface of cylinder 4 It cooperates between the medial surface of protection supporting bar 6, shaft 3 is driven by rotating electric machine 5 to be rotated, and the drive of shaft 3 is revolved around cylinder 4 Turn, then realize the winding purpose to protection supporting bar 6, makes the one end for protecting supporting bar 6 by traction action power, to guarantee to protect The straightness of supporting bar 6；

It is Nian Jie between protection supporting bar 6 and cotton material base-material 7, and runs through to have inside the edge of protection supporting bar 6 and pull steel cable 8, Bracket 9 is socketed with tool apron 10 far from the side outside of pedestal 1, and connects between bracket 9 and the lateral wall of pedestal 1 for bolt cooperation It connects, the positioned beneath of tool apron 10 has break bar 11, and the centre of break bar 11 and the inside of tool apron 10 are run through transmission shaft 12, is driven The shaft end key connection of axis 12 has driving belt 13, and tool apron 10 is placed equidistant with along the horizontal longitudinal direction of bracket 9, and break bar 11 passes through Transmission shaft 12 and driving belt 13 are connect with tool apron 10, and break bar 11 is symmetrically arranged with two about the vertical centerline of tool apron 10 It is a, control motor is mounted in tool apron 10, which connect with the transmission shaft 12 in tool apron 10, and the transmission shaft 12 in tool apron 10 is logical It crosses driving belt 13 to connect with the transmission shaft 12 on break bar 11, is combined into a rotating mechanism, so that break bar 11 carries out rotation work Make, is ditched using the cutting edge of 11 lateral wall of break bar to building body, in order to tow optical cable wire rod, pressing plate 14 is far from pedestal 1 side interior surface is embedded with lead frame 15, and pressing plate 14 is located at the end of protection supporting bar 6, and the surface of protection supporting bar 6 is recessed Groove-like structure, and connect by protection supporting bar 6 with pressing plate 14 around cylinder 4, and pull in transverse direction of the steel cable 8 about protection supporting bar 6 Heart line is symmetrically arranged with two, and protection 6 surface of supporting bar opens up a channel structure, to carry optical cable wire rod, optical cable wire rod with Cotton material base-material 7 directly contacts, and cotton material base-material 7 carries out support and protection to optical cable wire rod, and the setting of drawing steel cable 8 is then to protect Card protection supporting bar 6 has certain structural strength, avoids protection supporting bar 6 itself from distorting, the normal cloth for influencing optical cable wire rod is built；

The horizontal cross center line of break bar 11, the horizontal symmetrical center line of lead frame 15 and in the horizontal cross of cylinder 4 Heart line is respectively positioned on same horizontal linear, and the surface internal structure of one end the external structure size and pressing plate 14 of lead frame 15 It cooperates, break bar 11, lead frame 15 and is corresponded around the position of cylinder 4 between size, the cloth for realizing one line of a ditch builds mesh , it is ensured that while straightness, it also can be avoided manpower trench digging, lead frame 15 is used for transition cable line material, so that optical cable wire rod Good globality and grazing are kept after being pierced by pressing plate 14, are through between pressing plate 14 and the end for protecting supporting bar 6 It is fixedly connected, is mounted with side plate 16 on the outside of the end face of pressing plate 14, and side plate 16 is fixedly welded with semicircle far from the side of pressing plate 14 Casing 17, the lower section of semicircle casing 17 is fitted with floating rule 18, and the lower surface of floating rule 18 is fixedly welded with barb 19, side plate 16 One end is embedded in the inner end portion of pressing plate 14, while barb 19 is uniformly arranged along the horizontal direction of floating rule 18, and side plate 16 is embedded in Inside the end face of pressing plate 14, upper lower angle overturning can be carried out, to side plate 16 on the basis of pressing plate 14 to cooperate Different Plane The building body of angle increases the frictional force between floating rule 18 and building body surface using barb 19, keeps the movement of pressing plate 14 more steady It is fixed reliable.

Equipment: for this kind of equipment, being placed on suitable building body surface by working principle first, and places flat Surely, length distance division is carried out to building body surface and avoids optical cable wire rod to carry out the laying work of the optical cable wire rod of segmented Laying length is too long, influences the laying precision of optical cable wire rod, can be by whole device using the roller structure of 2 bottom surface of balancing substrate It is horizontally moved, bracket 9 is rotated down pressing at this time, while starting the control motor inside tool apron 10, drive tool apron 10 Internal perforative transmission shaft 12 rotates, and drives the 11 perforative transmission shaft 12 in inside of break bar to rotate by driving belt 13, makes break bar 11 rotations, and be cut into building body surface, by the connector of bracket 9 and 1 side wall of pedestal, i.e. high-strength bolt is locked, by bracket 9 Fixed, horizontal mobile device completes the trench digging work to building body surface by the high speed rotation of break bar 11, to groove open to After certain length, the control motor inside tool apron 10 is shut down, will be lifted on bracket 9, and locking bracket 9 and 1 side wall of pedestal again Connector, break bar 11 are erected, and optical cable wire rod are placed and secured in the channel structure that protection 6 surface of supporting bar opens up, by cotton Material base-material 7 carries out support protection to optical cable wire rod, guarantees that there is optical cable wire rod one to be correctly laid with trend, will protect supporting bar 6 At whole groove origin for pulling open building body surface, and the head end of optical cable wire rod is navigated to the groove origin on building body surface Place, starts rotating electric machine 5, and rotating electric machine 5 drives shaft 3 to rotate, rotates immediately around cylinder 4, start supporting bar 6 will be protected gradually to withdraw To on cylinder 4, optical cable wire rod, downwards by the through slot structure inside pressing plate 14, is protecting supporting bar 6 by inclined protection supporting bar 6 During withdrawal, pressing plate 14 is by pulling force effect obliquely, so that pressing plate 14 follows the withdrawal for protecting supporting bar 6 to act to base The direction of frame 1 moves horizontally, and barb 19 is contacted with building body surface, using the effect of frictional force, keeps pressing plate 14 mobile more flat Surely, also guarantee that pressing plate 14 can keep straight line mobile as far as possible, optical cable wire rod in the through slot structure inside pressing plate 14 by leading to Out, it after the integration pinching of lead frame 15, takes advantage of a situation and is pressed into the groove structure on building body surface, floating rule 18 is with respect to building body The height on surface can connect to obtain by the nested arrangements between side plate 16 and 14 side wall of pressing plate it is corresponding adjust, to cooperate difference After supporting bar 6 to be protected all twines withdrawal on cylinder 4, optical cable wire rod is manually taken from protection supporting bar 6 for the building body surface of gradient Under, then manually remaining optical cable wire rod is pressed into the groove held successfully, the use process of whole equipment is completed like this.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of equipment for being laid with optical cable convenient for work progress, including pedestal (1), bracket (9) and pressing plate (14), feature exists It is welded with balancing substrate (2) below the front and rear sides wall of: the pedestal (1), and the inside front of pedestal (1) turns through having Axis (3), the outer ring of the shaft (3) is arranged with around cylinder (4), and the shaft end axis connection of shaft (3) has rotating electric machine (5), described It is wound with protection supporting bar (6) around the outer ring of cylinder (4), and the intermediate inside of supporting bar (6) is protected to be provided with cotton material base-material (7), it is described It is Nian Jie between protection supporting bar (6) and cotton material base-material (7), and protect the edge inside of supporting bar (6) to run through to have drawing steel cable (8), The bracket (9) is socketed with tool apron (10) far from the side outside of pedestal (1), and between bracket (9) and the lateral wall of pedestal (1) For bolt mating connection, the positioned beneath of the tool apron (10) has break bar (11), and the centre of break bar (11) and tool apron (10) Inside is through having transmission shaft (12), and the shaft end key connection of the transmission shaft (12) has driving belt (13), the pressing plate (14) Side interior surface far from pedestal (1) is embedded with lead frame (15), and pressing plate (14) is located at the end of protection supporting bar (6), institute State between pressing plate (14) and the end for protecting supporting bar (6) be it is through be fixedly connected, placement on the outside of the end face of the pressing plate (14) Have side plate (16), and side plate (16) is fixedly welded with semicircle casing (17) far from the side of pressing plate (14), the semicircle casing (17) it is fitted with below floating rule (18), and the lower surface of floating rule (18) is fixedly welded with barb (19).

2. a kind of equipment for being laid with optical cable convenient for work progress according to claim 1, it is characterised in that: described around cylinder (4) axial direction along shaft (3) is placed equidistant with, and is made up of around cylinder (4) shaft (3) and rotating electric machine (5) and pedestal (1) Rotating mechanism, and cooperate between the lateral surface of cylinder (4) and the medial surface of protection supporting bar (6).

3. a kind of equipment for being laid with optical cable convenient for work progress according to claim 1, it is characterised in that: the protection support The surface of item (6) is groove-like structure, and is connect by protection supporting bar (6) with pressing plate (14) around cylinder (4), and pull steel cable (8) cross central line about protection supporting bar (6) is symmetrically arranged with two.

4. a kind of equipment for being laid with optical cable convenient for work progress according to claim 1, it is characterised in that: the tool apron (10) the horizontal longitudinal direction along bracket (9) is placed equidistant with, and break bar (11) by transmission shaft (12) and driving belt (13) and Tool apron (10) connection, and break bar (11) about tool apron (10) vertical centerline be symmetrical arranged there are two.

5. a kind of equipment for being laid with optical cable convenient for work progress according to claim 1, it is characterised in that: the break bar (11) the horizontal symmetrical center line of horizontal cross center line, lead frame (15) and equal around the horizontal cross center line of cylinder (4) On same horizontal linear, and the surface internal structure ruler of one end external structure size of lead frame (15) and pressing plate (14) It cooperates between very little.

6. a kind of equipment for being laid with optical cable convenient for work progress according to claim 1, it is characterised in that: the side plate (16) one end is embedded in the inner end portion of pressing plate (14), while barb (19) is uniformly arranged along the horizontal direction of floating rule (18).