CN112564018A - Vertical bridge cable compensation device - Google Patents
Vertical bridge cable compensation device Download PDFInfo
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- CN112564018A CN112564018A CN202011552712.6A CN202011552712A CN112564018A CN 112564018 A CN112564018 A CN 112564018A CN 202011552712 A CN202011552712 A CN 202011552712A CN 112564018 A CN112564018 A CN 112564018A
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- cable
- cover
- mounting hole
- sliding shaft
- half part
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- 230000035939 shock Effects 0.000 claims description 19
- 238000010521 absorption reaction Methods 0.000 claims description 15
- 238000009434 installation Methods 0.000 claims description 7
- 238000013016 damping Methods 0.000 abstract description 41
- 230000009286 beneficial effect Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 238000005299 abrasion Methods 0.000 description 2
- 230000008602 contraction Effects 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 1
- 239000006185 dispersion Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G9/00—Installations of electric cables or lines in or on the ground or water
- H02G9/02—Installations of electric cables or lines in or on the ground or water laid directly in or on the ground, river-bed or sea-bottom; Coverings therefor, e.g. tile
- H02G9/025—Coverings therefor, e.g. tile
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G15/00—Cable fittings
- H02G15/007—Devices for relieving mechanical stress
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
- H02G3/02—Details
- H02G3/04—Protective tubing or conduits, e.g. cable ladders or cable troughs
- H02G3/0406—Details thereof
- H02G3/0418—Covers or lids; Their fastenings
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
- H02G3/02—Details
- H02G3/04—Protective tubing or conduits, e.g. cable ladders or cable troughs
- H02G3/0437—Channels
- H02G3/045—Channels provided with perforations or slots permitting introduction or exit of wires
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
- H02G3/02—Details
- H02G3/04—Protective tubing or conduits, e.g. cable ladders or cable troughs
- H02G3/0456—Ladders or other supports
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Flexible Shafts (AREA)
Abstract
A vertical bridge cable compensation device comprises a cable damping sliding seat, a cable guide vehicle and a cable damping sliding seat elastic pressing part, wherein a lower cable damping sliding seat cable mounting hole, a middle cable damping sliding seat cable mounting hole and an upper cable damping sliding seat cable mounting hole are sequentially arranged from bottom to top, the cable damping sliding seat comprises an elastic ball, a cable base, a base cable sliding shaft, a cable cover, a second cable cover, a third cable cover, a cable cover cable sliding shaft, a second cable cover cable sliding shaft and a third cable cover cable sliding shaft, a lower cable guide vehicle cable mounting hole, a middle cable guide vehicle cable mounting hole and an upper cable guide vehicle cable mounting hole are sequentially arranged from bottom to top, the cable guide vehicle comprises a cable guide vehicle rail, a cable guide vehicle moving wheel, a cable guide vehicle base, a cable guide vehicle cover, a second cable guide vehicle cover and a third cable guide vehicle cover, can compensate for longitudinal extension and solves the problem of transverse movement of the cable.
Description
Technical Field
The invention relates to a vertical bridge cable compensation device.
Background
With the continuous expansion of the urban scale, the demand of cities on the scale of power consumption is rapidly increased, the coordination of urban planning and power grid planning becomes more and more important, and the cable laying of the power transmission line is an important measure in the power grid planning for the purposes of making the cities beautiful and realizing the reasonable utilization of urban space and ensuring the requirements of various facilities and personal safety. And a cable bridge is a situation in cable laying. The problem of cable laying is solved by applying a cable bridge technology, which is one of the methods adopted by planning the current power grid, and the cable is laid in a cable trench of a bridge, so that the expense of a cable laying channel can be greatly saved. However, due to the large difference of thermal expansion performance between the bridge and the cable, when the high-voltage power cable is installed and constructed across the bridge, the expansion and contraction absorption of the bridge must be considered, the cable is pulled by hard force in the past, time and labor are wasted, only the longitudinal expansion and contraction problem can be solved, the transverse movement problem of the bridge cannot be solved, the installation in the uneven cable trench is inconvenient, the horizontal adjustment cannot be realized, and the abrasion of the cable caused by the vibration of the bridge cannot be solved.
Disclosure of Invention
In view of the above technical problems, the present invention provides: labour saving and time saving when laying the cable can solve fore-and-aft flexible problem and can solve horizontal removal problem again, and the installation is convenient in the cable pit of unevenness, can the horizontal adjustment, but also can solve the cable bridge expansion bracket of the wearing and tearing problem that the bridge vibrations brought for the cable.
In order to solve the technical problems, the invention adopts the technical scheme that: a vertical bridge cable compensation device comprises a cable damping sliding seat, a cable guide vehicle and a cable damping sliding seat elastic pressing part, wherein the cable damping sliding seat is provided with a lower cable damping sliding seat cable mounting hole, a middle cable damping sliding seat cable mounting hole and an upper cable damping sliding seat cable mounting hole, the lower cable damping sliding seat cable mounting hole, the middle cable damping sliding seat cable mounting hole and the upper cable damping sliding seat cable mounting hole are sequentially arranged from bottom to top, the cable damping sliding seat comprises an elastic ball, a cable base, a base cable sliding shaft, a cable cover, a second cable cover, a third cable cover, a cable cover cable sliding shaft, a second cable cover cable sliding shaft and a third cable cover cable sliding shaft, the bottom of the cable base is provided with a base elastic ball placing notch for placing the elastic ball, the cable base is provided with a base cable placing notch, the cable base is provided with a cable base boss at the side part, the elastic pressing part of the cable damping sliding seat is used for pressing on the cable base boss, the base cable sliding shaft is rotatably arranged in the cable base, the upper part of the base cable sliding shaft enters the base cable placing notch, the base cable sliding shaft is provided with a base cable sliding shaft notch, the base cable sliding shaft notch is matched with the outer ring of the cable, the lower part of the cable cover is provided with a cable cover lower cable placing notch, the upper part of the cable cover is provided with a cable cover upper cable placing notch, the cable cover cable sliding shaft is provided with a cable cover cable sliding shaft notch, the cable cover cable sliding shaft notch is matched with the outer ring of the cable, the cable cover cable sliding shaft is rotatably arranged in the cable cover, the lower part of the cable cover cable sliding shaft enters the cable cover lower cable placing notch, and the upper part of the cable cover cable sliding shaft enters the cable cover upper cable placing notch, a second cable cover lower cable placing notch is formed in the lower portion of the second cable cover, a second cable cover upper cable placing notch is formed in the upper portion of the second cable cover, a second cable cover cable sliding shaft notch is formed in the second cable cover cable sliding shaft, the second cable cover cable sliding shaft notch is matched with the cable outer ring, the second cable cover cable sliding shaft is rotatably installed in the second cable cover, the lower portion of the second cable cover cable sliding shaft enters the second cable cover lower cable placing notch, the upper portion of the second cable cover cable sliding shaft enters the second cable cover upper cable placing notch, a third cable cover lower cable placing notch is formed in the lower portion of the third cable cover, a third cable cover cable sliding shaft notch is formed in the third cable cover cable sliding shaft, the third cable cover cable sliding shaft notch is matched with the cable outer ring, and the third cable cover cable sliding shaft is rotatably installed in the third cable cover, the lower part of the cable slide shaft of the cable cover enters a cable placing notch under a third cable cover, the cable placing notch of the base is matched with the cable placing notch under the cable cover to form a lower cable damping slide placing seat cable mounting hole matched with the outer ring of the cable, the cable placing notch on the cable cover is matched with the cable placing notch under the second cable cover to form a middle cable damping slide placing seat cable mounting hole matched with the outer ring of the cable, the cable placing notch on the second cable cover is matched with the cable placing notch under the third cable cover to form an upper cable damping slide placing seat cable mounting hole matched with the outer ring of the cable, the cable guide vehicle is provided with a lower cable guide vehicle cable mounting hole, a middle cable guide vehicle cable mounting hole and an upper cable guide vehicle cable mounting hole, the lower cable guide vehicle cable mounting hole, the middle cable guide vehicle cable mounting hole and the upper cable guide vehicle cable mounting hole are sequentially arranged from bottom to top, the cable guide vehicle comprises a cable guide vehicle track, a cable guide vehicle moving wheel, a cable guide vehicle base, a cable guide vehicle cover, a second cable guide vehicle cover and a third cable guide vehicle cover, wherein the cable guide vehicle moving wheel is matched with the cable guide vehicle track, the cable guide vehicle moving wheel is installed at the bottom of the cable guide vehicle base, a cable placing notch is formed in the cable guide vehicle base, a cable placing notch in the cable guide vehicle base is formed in the lower portion of the cable guide vehicle cover, a cable placing notch in the lower portion of the cable guide vehicle cover is formed in the lower portion of the cable guide vehicle cover, a cable placing notch in the upper portion of the cable guide vehicle cover is formed in the upper portion of the cable guide vehicle cover, a second lower cable guide vehicle cover is formed in the lower portion of the second cable guide vehicle cover, a second upper cable guide vehicle cover is formed in the upper portion of the second cable guide vehicle cover, and a third lower cable guide vehicle cover is formed in the lower portion, the cable guide vehicle base cable placing notch and the cable guide vehicle cover lower cable placing notch are matched to form a lower cable guide vehicle cable mounting hole matched with the outer cable ring, the cable guide vehicle cover upper cable placing notch and the second lower cable guide vehicle cover are matched to form a middle cable guide vehicle cable mounting hole matched with the outer cable ring, and the second upper cable guide vehicle cover and the third lower cable guide vehicle cover are matched to form an upper cable guide vehicle cable mounting hole matched with the outer cable ring.
The vertical bridge cable compensation device provided by the invention has the beneficial effects that: therefore, when in use, the two cable damping sliding seats are arranged in the preset cable trench in a front-back mode, the elastic ball is arranged at the bottom of the cable base and is in contact with the cable trench, the cable base is supported by the elastic ball, the elastic pressing piece of the cable damping sliding seat is fixed on the cable trench, the boss of the cable base is pressed and fixed by the elastic pressing piece of the cable damping sliding seat, when the cable trench is uneven, the cable base is horizontal only by adjusting the pressing degree of the elastic pressing piece of the cable damping sliding seat at the side part of the cable base, the installation is convenient in the uneven cable trench, a foundation is not needed, the cable base is supported by the elastic ball, the vibration of a bridge is absorbed and damped by the elastic ball, the cable base is stable, the cables arranged on the cable base are also stable, and the abrasion of the cables caused by the vibration of the bridge is solved,
when cables are laid, the cable guide vehicle track is transversely arranged in a cable trench between two cable damping sliding seats, the cable guide vehicle moving wheels are arranged on the cable guide vehicle track to realize that the cable guide vehicle can transversely move, three cables are respectively arranged in a base cable placing notch, a cable placing notch on a cable cover and a cable placing notch on a second cable cover, so that the cables are dragged under the action of the base cable sliding shaft, the cable cover cable sliding shaft and the second cable cover cable sliding shaft, the base cable sliding shaft, the cable cover cable sliding shaft and the second cable cover cable sliding shaft can rotate, and the cable laying is time-saving and labor-saving,
after the cables are laid, the third cable cover is covered and fixed, the three cables are respectively placed into the cable placing notch of the cable guide vehicle base, the cable placing notch on the cable guide vehicle cover and the second upper cable guide vehicle cover and are covered with the third cable guide vehicle cover for fixing, thus the cables are fixed and can not fall out, because the two cable damping sliding seats are arranged in the cable trench from front to back, the cables arranged on the two cable damping sliding seats can compensate longitudinal expansion, because the cable guide vehicle track is transversely arranged in the cable trench, the cable guide vehicle moving wheel can transversely move on the track, so that the cable guide vehicle base on the cable guide vehicle moving wheel can also transversely move, therefore, the cables on the cable guide vehicle base can also transversely move, the problem of transverse movement of the cables is solved, when the cables are installed and preset, the front and back cable damping sliding seats and the middle cable guide vehicle are not on the same straight line, seat is put to cable shock attenuation front and back cunning on a straight line, the cable direction car of centre sets up a bit on the upper side or on the lower side, the cable base, the cable cover, all be equipped with the slide-shaft on second cable cover and the third cable cover, make the cable vertical flexible more smooth when compensating, reduce wear, wherein the smooth seat of putting of cable shock attenuation has transversely set up three cable shock attenuation cunning and has put a cable mounting hole, the cable direction car has transversely set up three cable direction car cable mounting hole, that is to say once only can be from last to laying A, B, C three cables down, it is more convenient to make many cables lay, can not contact between the cable, the dispersion performance is better.
Further, the universal cable support comprises a universal cable support frame, the universal cable support frame is provided with a lower universal cable support frame cable mounting hole, a middle universal cable support frame cable mounting hole and an upper universal cable support frame cable mounting hole, the lower universal cable support frame cable mounting hole, the middle universal cable support frame cable mounting hole d1-2 and the upper universal cable support frame cable mounting hole are sequentially arranged from bottom to top, the universal cable support frame comprises a universal cable support frame universal wheel, a universal cable support frame base, a universal cable support frame cover, a second universal cable support frame cover and a third universal cable support frame cover, the universal cable support frame universal wheel is mounted at the bottom of the universal cable support frame base, a universal cable support frame base cable placing notch is arranged on the universal cable support frame base, a universal cable support frame cover lower cable placing notch is arranged at the lower part of the universal cable support frame cover, the upper part of the cable universal support cover is provided with a cable universal support frame cover cable placing notch, the lower part of the second cable universal support frame cover is provided with a second cable universal support frame cover lower cable placing notch, the upper part of the second cable universal support frame cover is provided with a second cable universal support frame cover upper cable placing notch, the lower part of the third cable universal support frame cover is provided with a third cable universal support frame cover lower cable placing notch, the cable placing notch of the cable universal support frame base is matched with the cable universal support frame cover lower cable placing notch to form a lower cable universal support frame cable mounting hole matched with the outer ring of the cable, the cable placing notch of the cable universal support frame cover is matched with the second cable universal support frame cover lower cable placing notch to form a middle cable universal support frame cable mounting hole matched with the outer ring of the cable, the cable is placed the notch and cooperate with the cable and place the notch and form with cable outer lane assorted cable mounting hole of cable upper cable universal support frame under the universal support frame of third cable cover to the universal support frame of second cable, and the beneficial effect of this kind of structure is, during the use, install the universal support frame of cable between cable shock attenuation slip is put seat and cable guide car, holds the cable through the universal support frame of cable for the cable is too long, and the cable can not fall to the ground yet, the removal that can be universal free, prevents the cable overlength wearing and tearing.
Further, the cable base includes first half and the cable base latter half of cable base, be equipped with first half cable slide shaft mounting hole of cable base on the first half of cable base, cooperate around first half cable slide shaft mounting hole of cable base and the first half cable slide shaft mounting hole of cable base latter half and form base cable slide shaft mounting hole, base cable slide shaft mounting hole places the notch with the base cable and communicates with each other, base cable slide shaft installs in base cable slide shaft mounting hole, and the beneficial effect of this kind of structure is for base cable slide shaft installation is firm, rotates in the same direction as smooth.
Further, the cable cover comprises a front half part of the cable cover and a rear half part of the cable cover, the front half part of the cable cover is provided with a cable sliding shaft mounting hole of the front half part of the cable cover, the rear half part of the cable cover is provided with a cable sliding shaft mounting hole of the rear half part of the cable cover, the cable sliding shaft mounting hole of the front half part of the cable cover and the cable sliding shaft mounting hole of the rear half part of the cable cover are matched with each other from front to back to form a cable sliding shaft mounting hole of the cable cover, the cable placing notch under the cable cover, the cable sliding shaft mounting hole of the cable cover and the cable placing notch on the cable cover are communicated, the cable sliding shaft of the cable cover is mounted in the cable sliding shaft mounting hole of the cable cover, the second cable cover comprises a front half part of the second cable cover and a rear half part of the second cable cover, the front half part of the second cable cover is provided with a cable sliding shaft mounting hole of the front half part, the cable sliding shaft mounting hole of the front half part of the second cable cover is matched with the cable sliding shaft mounting hole of the rear half part of the second cable cover from front to back to form a cable sliding shaft mounting hole of the second cable cover, the cable placing notch under the second cable cover, the cable sliding shaft mounting hole of the second cable cover and the cable placing notch on the second cable cover are communicated, the cable sliding shaft of the second cable cover is mounted in the cable sliding shaft mounting hole of the second cable cover, the third cable cover comprises a front half part of the third cable cover and a rear half part of the third cable cover, the cable sliding shaft mounting hole of the front half part of the third cable cover is arranged on the front half part of the third cable cover, the cable sliding shaft mounting hole of the front half part of the third cable cover is matched with the cable sliding shaft mounting hole of the rear half part of the third cable cover from front to back to form a cable sliding shaft mounting hole of the third cable cover, the cable cover is characterized in that the cable sliding shaft mounting hole is communicated with the cable placing notch under the third cable cover, and the third cable cover cable sliding shaft is mounted in the cable sliding shaft mounting hole of the third cable cover.
The invention is further described with reference to the following figures and detailed description.
Drawings
FIG. 1 is one of schematic diagrams of a cable damping slide mount of a vertical bridge cable compensating device;
FIG. 2 is a second schematic view of a cable damping slide mount of a vertical bridge cable compensation device;
FIG. 3 is a third schematic view of a cable damping slide mount of a vertical bridge cable compensating device;
FIG. 4 is a schematic cross-sectional view of a cable damping mount of a vertical bridge cable compensating device;
FIG. 5 is a rear half schematic view of a cable damping slide mount of a vertical bridge cable compensating device;
FIG. 6 is a schematic view of the front half of a cable damping slide mount of a vertical bridge cable compensating device;
FIG. 7 is one of the schematic views of a cable guide car of a vertical bridge cable compensating device;
FIG. 8 is a second schematic view of a cable guide cart for a vertical bridge cable compensation device;
FIG. 9 is one of the schematic diagrams of the cable gimbal of the vertical bridge cable compensating device;
FIG. 10 is a second schematic view of a cable gimbal of a vertical bridge cable compensating device;
FIG. 11 is a schematic view of a vertical bridge cable compensation device;
FIG. 12 is a schematic view of a vertical bridge cable compensating device with two rows of holes for cable shock absorbing slide mounts;
FIG. 13 is a schematic view of a two row hole arrangement cable damping slide mount of a vertical bridge cable compensating device in cross section;
FIG. 14 is a schematic view of a vertical cable guide vehicle with two rows of holes for a bridge cable compensation device;
FIG. 15 is a schematic view of a vertical cable compensation device for a bridge with two rows of holes for arranging universal cable supports;
fig. 16 is a schematic diagram of the use of two rows of hole arrangements in a vertical bridge cable compensation device.
Detailed Description
As shown in fig. 1 to 16, an embodiment of a vertical bridge cable compensation device provided by the invention includes a cable shock-absorbing sliding seat a1, a cable guide vehicle b1 and a cable shock-absorbing sliding seat elastic pressing member c1, wherein the cable shock-absorbing sliding seat a1 is provided with a lower cable shock-absorbing sliding seat cable mounting hole a1-1, a middle cable shock-absorbing sliding seat cable mounting hole a1-2 and an upper cable shock-absorbing sliding seat cable mounting hole a1-3, the lower cable shock-absorbing sliding seat cable mounting hole a1-1, the middle cable shock-absorbing sliding seat cable mounting hole a1-2 and the upper cable shock-absorbing sliding seat cable mounting hole a1-3 are sequentially arranged from bottom to top, and the cable shock-absorbing sliding seat a1 includes an elastic ball a2, a cable base a3, a base sliding shaft a4, a cable cover 1a4, a second cable cover 2a4, a third cable cover 3a4 and a cable cover 8 a sliding shaft 8, A second cable cover cable sliding shaft 2a8 and a third cable cover cable sliding shaft 3a8, wherein the bottom of the cable base a3 is provided with a base elastic ball placing recess a5 for placing an elastic ball a2, the cable base a3 is provided with a base cable placing recess a6, the side of the cable base a3 is provided with a cable base boss a3-1, the cable shock absorption sliding seat elastic pressing piece c1 is used for pressing on the cable base boss a3-1, the base cable sliding shaft a4 is rotatably installed in the cable base a3, the upper part of the base cable sliding shaft a4 enters the base cable placing recess a6, the base cable sliding shaft a4 is provided with a base cable sliding shaft recess a7, the base cable sliding shaft recess a7 is matched with a cable outer ring, the lower part of the cable cover 1a4 is provided with a cable placing recess 9 under the cable cover, the upper part of the cable cover 4 is provided with a cable placing recess a11 on the upper part of the cable cover 4, a cable cover cable sliding shaft notch a10 is arranged on the cable cover cable sliding shaft 1a8, the cable cover cable sliding shaft notch a10 is matched with a cable outer ring, the cable cover cable sliding shaft 1a8 is rotatably arranged in the cable cover 1a4, the lower part of the cable cover cable sliding shaft 1a8 enters a cable cover lower cable placing notch a9, the upper part of the cable cover cable sliding shaft 1a8 enters a cable cover upper cable placing notch a11, the lower part of the second cable cover 2a4 is provided with a second cable cover lower cable placing notch 2a4-1, the upper part of the second cable cover 2a4 is provided with a second cable cover upper cable placing notch 2a4-2, the second cable cover cable sliding shaft 2a8 is provided with a second cable cover cable sliding shaft notch 2a8-1, and the second cable cover cable sliding shaft notch 2a8-1 is matched with the cable outer ring, the second cable cover cable slide shaft 2a8 is rotatably installed in the second cable cover 2a4, the lower portion of the second cable cover cable slide shaft 2a8 enters the second cable cover lower cable placing recess 2a4-1, the upper portion of the second cable cover cable slide shaft 2a8 enters the second cable cover upper cable placing recess 2a4-2, the lower portion of the third cable cover 3a4 is provided with a third cable cover lower cable placing recess 3a4-1, the third cable cover cable slide shaft 3a8 is provided with a third cable cover cable slide shaft recess 3a8-1, the third cable cover cable slide shaft recess 3a8-1 matches with the outer cable ring, the third cable cover cable slide shaft 3a8 is rotatably installed in the third cable cover 3a4, the lower portion of the cable cover cable slide shaft 1a8 enters the third cable cover lower cable placing recess 3a4-1, the base cable placing notch a6 is matched with a cable placing notch a9 under a cable cover to form a lower cable shock absorption sliding placement seat cable mounting hole a1-1 matched with an outer ring of a cable, the cable placing notch a11 on the cable cover is matched with a cable placing notch 2a4-1 under a second cable cover to form a middle cable shock absorption sliding placement seat cable mounting hole a1-2 matched with the outer ring of the cable, the cable placing notch 2a4-2 on the second cable cover is matched with a cable placing notch 3a4-1 under the third cable cover to form an upper cable shock absorption sliding placement seat cable mounting hole a1-3 matched with the outer ring of the cable, the cable guide vehicle b1 is provided with a lower cable guide vehicle cable mounting hole b1-1, a middle cable guide vehicle cable mounting hole b1-2 and an upper cable guide vehicle cable mounting hole b1-3, the lower cable guide vehicle cable mounting hole b1-1, the cable guide vehicle mounting hole b1-1, A cable mounting hole b1-2 of a middle cable guide vehicle and a cable mounting hole b1-3 of an upper cable guide vehicle are sequentially arranged from bottom to top, the cable guide vehicle b1 comprises a cable guide vehicle track b2, a cable guide vehicle moving wheel b3, a cable guide vehicle base b4, a cable guide vehicle cover 1b5, a second cable guide vehicle cover 2b5 and a third cable guide vehicle cover 3b5, the cable guide vehicle moving wheel b3 is matched with the cable guide vehicle track b2, the cable guide vehicle moving wheel b3 is mounted at the bottom of the cable guide vehicle base b4, a cable guide vehicle base cable placing notch b6 is arranged on the cable guide vehicle base b4, a cable guide vehicle cover lower cable placing notch 1b5-1 is arranged at the lower part of the cable guide vehicle cover 1b5, a cable guide vehicle cover upper cable placing notch 1b5-2 is arranged at the upper part of the cable guide vehicle cover 1b5, a second lower cable guide car cover 2b5-1 is arranged at the lower part of the second cable guide car cover 2b5, a second upper cable guide car cover 2b5-2 is arranged at the upper part of the second cable guide car cover 2b5, a third lower cable guide car cover 3b5-1 is arranged at the lower part of the third cable guide car cover 3b5, a cable placing notch b6 of a cable guide car base is matched with the cable placing notch 1b5-1 of the cable guide car cover to form a lower cable guide car cable mounting hole b1-1 matched with an outer ring of a cable, a cable placing notch 1b5-2 of the cable guide car cover is matched with the second lower cable guide car cover 2b5-1 to form a middle cable guide car cable mounting hole b1-2 matched with an outer ring of the cable, and an upper cable guide car cover 2b5-2 and the third lower cable guide car cover 3b5-1 to form an upper cable guide car cable mounting hole b1-2 matched with the outer ring of the cable And mounting hole b 1-3. The elastic pressing piece c1 of the cable damping sliding seat is a pressing buckle of a train track, the cable base a3, the cable cover 1a4, the second cable cover 2a4 and the third cable cover 3a4 are fixed through bolts, the elastic ball a2 is made of rubber, the elastic pressing piece c1 of the cable damping sliding seat is fixed on a bridge through bolts, the cable mounting hole a1-1 of the cable damping sliding seat, the cable mounting hole a1-2 of the middle cable damping sliding seat and the cable mounting hole a1-3 of the upper cable damping sliding seat are large in two ends and small in middle, so that a cable can be well supported after being laid, bearings are arranged at two ends of the cable sliding shaft a4 of the base, bearings are arranged at two ends of the cable cover cable sliding shaft 1a8, the cable sliding shaft 2a8 of the second cable cover and the cable sliding shaft 3a8 of the third cable cover, so that the rotation is smooth, and the cable mounting hole a1-1 of the cable damping, The cable mounting hole a1-2 of the middle cable shock absorption sliding placement seat and the cable mounting hole a1-3 of the upper cable shock absorption sliding placement seat are arranged from bottom to top in a stacked mode, three cables can be laid at one time from bottom to top, the cable mounting hole b1-1 of the lower cable guide vehicle, the cable mounting hole b1-2 of the middle cable guide vehicle and the cable mounting hole b1-3 of the upper cable guide vehicle are arranged from bottom to top in a stacked mode, and the three cables are laid at one time from bottom to top.
The cable universal support frame comprises a cable universal support frame d1, wherein the cable universal support frame is provided with a lower cable universal support frame cable mounting hole d1-1, a middle cable universal support frame cable mounting hole d1-2 and an upper cable universal support frame cable mounting hole d1-3, the lower cable universal support frame cable mounting hole d1-1, a middle cable universal support frame cable mounting hole d1-2 and an upper cable universal support frame cable mounting hole d1-3 are sequentially arranged from bottom to top, the cable universal support frame d1 comprises a cable universal support frame universal wheel d2, a cable universal support frame base d3, a cable universal support frame cover 1d4, a second cable universal support frame cover 2d4 and a third cable universal support frame cover 3d4, the cable universal support frame universal wheel d2 is arranged at the bottom of the cable universal support frame base d3, a cable universal support frame base cable placing notch d5 is arranged on the cable universal support frame base d3, a cable universal support cover lower cable placing notch 1d4-1 is arranged at the lower part of the cable universal support cover 1d4, a cable universal support cover upper cable placing notch 1d4-2 is arranged at the upper part of the cable universal support cover 1d4, a second cable universal support cover lower cable placing notch 2d4-1 is arranged at the lower part of the second cable universal support cover 2d4, a second cable universal support cover upper cable placing notch 2d4-2 is arranged at the upper part of the second cable universal support cover 1d4, a third cable universal support cover lower cable placing notch 3d4-1 is arranged at the lower part of the third cable universal support cover 3d4, a cable placing notch d5 of the cable universal support base is matched with the cable universal support cover lower cable placing notch 1d4-1 to form a lower cable universal support mounting hole d1-1 matched with the outer ring of the cable, the cable placing notch 1d4-2 on the cable universal support frame cover is matched with the cable placing notch 2d4-1 under the second cable universal support frame cover to form a middle cable universal support frame cable mounting hole d1-2 matched with the outer ring of the cable, the cable placing notch 2d4-2 on the second cable universal support frame cover is matched with the cable placing notch 3d4-1 under the third cable universal support frame cover to form an upper cable universal support frame cable mounting hole d1-3 matched with the outer ring of the cable, wherein the cable universal support frame base d3, the cable universal support frame cover 1d4, the second cable universal support frame cover 2d4 and the third cable universal support frame cover are fixed through bolts, the lower cable universal support frame cable mounting hole d1-1, the middle cable universal support frame cable mounting hole d1-2 and the upper cable universal support frame cable mounting hole d1-3 are overlapped from bottom to top, three cables can be laid from bottom to top at one time.
The cable mount a3 includes a cable mount front half a3-3 and a cable mount rear half a3-4, the front half part a3-3 of the cable base is provided with a cable sliding shaft mounting hole a3-5 of the front half part of the cable base, the rear half part a3-4 of the cable base is provided with a cable sliding shaft mounting hole a3-6 of the rear half part of the cable base, the cable slide shaft mounting hole a3-5 on the front half part of the cable base and the cable slide shaft mounting hole a3-6 on the rear half part of the cable base are matched front and back to form a base cable slide shaft mounting hole a3-7, the base cable slide axle mounting hole a3-7 is communicated with the base cable placing notch a6, the base cable spool a4 is mounted in the base cable spool mounting hole a3-7, wherein the front half part a3-3 of the cable base and the rear half part a3-4 of the cable base are fixed by bolts.
The cable cover 1a4 comprises a front half part 1a4-1 of the cable cover and a rear half part 1a4-2 of the cable cover, a front half part 1a4-1 of the cable cover is provided with a front half part cable sliding shaft mounting hole 1a4-3 of the cable cover, a rear half part 1a4-2 of the cable cover is provided with a rear half part cable sliding shaft mounting hole 1a4-4 of the cable cover, the front half part cable sliding shaft mounting hole 1a4-3 of the cable cover is matched with the rear half part cable sliding shaft mounting hole 1a4-4 of the cable cover to form a cable cover cable sliding shaft mounting hole 1a4-5, the lower cable placing recess a9 of the cable cover, the cable cover cable sliding shaft mounting hole 1a4-5 and the upper cable placing recess a11 of the cable cover, the cable cover sliding shaft a8 is mounted in the cable cover cable sliding shaft mounting hole 1a4-5, and the second cable cover 2a4 comprises a front half part 4-1 a4 a and a 539-7 a second half part 2a 2, a second cable cover front half part cable sliding shaft mounting hole 2a4-3 is arranged on the second cable cover front half part 2a4-1, a second cable cover rear half part cable sliding shaft mounting hole 2a4-4 is arranged on the second cable cover rear half part 2a4-2, the second cable cover front half part cable sliding shaft mounting hole 2a4-3 and the second cable cover rear half part cable sliding shaft mounting hole 2a4-4 are matched with each other front and back to form a second cable cover cable sliding shaft mounting hole 2a4-5, the second cable cover lower cable placing recess 2a4-1, the second cable cover cable sliding shaft mounting hole 2a4-5 and the second cable cover upper cable placing recess 2a4-2 are communicated, the second cable cover cable sliding shaft 2a8 is installed in the second cable cover cable sliding shaft mounting hole 2a4-5, and the third cable cover 3a4 comprises a third cable cover front half part 2a 6851 and a third cable cover rear half part 6853 a 6853-1 a4-2, a third cable cover front half part 3a4-1 is provided with a third cable cover front half part cable slide shaft mounting hole 3a4-3, a third cable cover rear half part cable slide shaft mounting hole 3a4-4 is provided on the third cable cover rear half part 3a4-2, the third cable cover front half part cable slide shaft mounting hole 3a4-3 and the third cable cover rear half part cable slide shaft mounting hole 3a4-4 are matched front and back to form a third cable cover cable slide shaft mounting hole 3a4-5, the third cable cover cable slide shaft mounting hole 3a4-5 is communicated with a third cable cover lower cable placing notch 3a4-1, the third cable cover cable slide shaft 3a8 is mounted in the third cable cover cable slide shaft mounting hole 3a4-5, wherein the cable cover front half part 1a4-1 and the cable cover rear half part 1a4-2 are fixed by bolts, the second cable cover front half 2a4-1 and the second cable cover rear half 2a4-2 are fixed by bolts, and the third cable cover front half 3a4-1 and the third cable cover rear half 3a4-2 are fixed by bolts.
The cable shock absorption sliding seat a1 in this embodiment is further provided with three cable mounting holes from bottom to top, which are reserved for standby, and the cable mounting holes are equivalent to two rows of cable mounting holes a1-1 of a lower cable shock absorption sliding seat, cable mounting holes a1-2 of a middle cable shock absorption sliding seat and cable mounting holes a1-3 of an upper cable shock absorption sliding seat.
As required, detailed embodiments of the present invention are disclosed herein, but it is to be understood that the disclosed embodiments are merely exemplary of the invention that may be embodied in various and alternative forms. The figures are not necessarily to scale. Therefore, specific structural and functional details disclosed herein are not to be interpreted as limiting, but merely as a representative basis for teaching one skilled in the art to variously employ the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Claims (5)
1. The utility model provides a vertical bridge cable compensation arrangement which characterized in that: the cable shock-absorbing sliding seat comprises a cable shock-absorbing sliding seat (a1), a cable guide vehicle (b1) and a cable shock-absorbing sliding seat elastic pressing part (c1), wherein the cable shock-absorbing sliding seat (a1) is provided with a lower cable shock-absorbing sliding seat cable mounting hole (a1-1), a middle cable shock-absorbing sliding seat cable mounting hole (a1-2) and an upper cable shock-absorbing sliding seat cable mounting hole (a1-3), the lower cable shock-absorbing sliding seat cable mounting hole (a1-1), the middle cable shock-absorbing sliding seat cable mounting hole (a1-2) and the upper cable shock-absorbing sliding seat cable mounting hole (a1-3) are sequentially arranged from bottom to top, and the cable shock-absorbing sliding seat (a1) comprises an elastic ball (a2), a cable base (a3), a base cable sliding shaft (a4), a cable cover (1a4), a second cable cover (2a4), a third cover (363 a4), a cable sliding shaft (a8), A second cable cover cable sliding shaft (2a8) and a third cable cover cable sliding shaft (3a8),
the bottom of the cable base (a3) is provided with a base elastic ball placing notch (a5) for placing an elastic ball (a2), the cable base (a3) is provided with a base cable placing notch (a6), the side of the cable base (a3) is provided with a cable base boss (a3-1), the cable shock absorption sliding seat elastic pressing piece (c1) is used for pressing on the cable base boss (a3-1), the base cable sliding shaft (a4) is rotatably arranged in the cable base (a3), the upper part of the base cable sliding shaft (a4) enters the base cable placing notch (a6), the base cable sliding shaft (a4) is provided with a base cable sliding shaft notch (a7), and the base cable sliding shaft notch (a7) is matched with an outer cable ring,
the lower part of the cable cover (1a4) is provided with a cable cover lower cable placing notch (a9), the upper part of the cable cover (a4) is provided with a cable cover upper cable placing notch (a11), the cable cover cable sliding shaft (1a8) is provided with a cable cover cable sliding shaft notch (a10), the cable cover cable sliding shaft notch (a10) is matched with a cable outer ring, the cable cover cable sliding shaft (1a8) is rotatably installed in the cable cover (1a4), the lower part of the cable cover cable sliding shaft (1a8) enters the cable cover lower cable placing notch (a9), the upper part of the cable cover cable sliding shaft (1a8) enters the cable cover upper cable placing notch (a11), the lower part of the second cable cover (2a4) is provided with a second cable cover lower cable placing notch (2a4-1), the upper part of the second cable cover (2a4) is provided with a second cable cover upper cable placing notch (2a4-4), a second cable cover cable sliding shaft notch (2a8-1) is formed in the second cable cover cable sliding shaft (2a8), the second cable cover cable sliding shaft notch (2a8-1) is matched with a cable outer ring, the second cable cover cable sliding shaft (2a8) is rotatably installed in the second cable cover (2a4), the lower portion of the second cable cover cable sliding shaft (2a8) enters the second cable cover lower cable placing notch (2a4-1), the upper portion of the second cable cover cable sliding shaft (2a8) enters the second cable cover upper cable placing notch (2a4-2), a third cable cover lower cable placing notch (3a4-1) is formed in the lower portion of the third cable cover (3a4), a third cable cover cable sliding shaft notch (3a8-1) is formed in the third cable cover cable sliding shaft (3a8), the third cable cover cable sliding shaft notch (3a8-1) is matched with the outer ring of the cable, the third cable cover cable sliding shaft (3a8) is rotatably arranged in the third cable cover (3a4), the lower part of the cable cover cable sliding shaft (1a8) enters the cable placing notch (3a4-1) under the third cable cover,
the base cable placing notch (a6) and the cable cover lower cable placing notch (a9) are matched to form a lower cable shock absorption sliding placing seat cable mounting hole (a1-1) matched with the outer ring of a cable, the cable cover upper cable placing notch (a11) and the second cable cover lower cable placing notch (2a4-1) are matched to form a middle cable shock absorption sliding placing seat cable mounting hole (a1-2) matched with the outer ring of the cable, the cable placing notch (2a4-2) on the second cable cover and the third cable cover lower cable placing notch (3a4-1) are matched to form an upper cable shock absorption sliding placing seat cable mounting hole (a1-3) matched with the outer ring of the cable,
the cable guide vehicle (b1) is provided with a lower cable guide vehicle cable mounting hole (b1-1), a middle cable guide vehicle cable mounting hole (b1-2) and an upper cable guide vehicle cable mounting hole (b1-3), the lower cable guide vehicle cable mounting hole (b1-1), the middle cable guide vehicle cable mounting hole (b1-2) and the upper cable guide vehicle cable mounting hole (b1-3) are sequentially arranged from bottom to top, the cable guide vehicle (b1) comprises a cable guide vehicle track (b2), a cable guide vehicle moving wheel (b3), a cable guide vehicle base (b4), a cable guide vehicle cover (1b5), a second cable guide vehicle cover (2b5) and a third cable guide vehicle cover (3b5), the cable guide vehicle moving wheel (b3) is matched with the cable guide vehicle track (b2), and the cable guide vehicle moving wheel (b3) is mounted at the bottom of the cable guide vehicle base (4),
a cable guide vehicle base cable placing notch (b6) is formed in the cable guide vehicle base (b4), a cable guide vehicle cover lower cable placing notch (1b5-1) is formed in the lower portion of the cable guide vehicle cover (1b5), a cable guide vehicle cover upper cable placing notch (1b5-2) is formed in the upper portion of the cable guide vehicle cover (1b5), a second lower cable guide vehicle cover (2b5-1) is formed in the lower portion of the second cable guide vehicle cover (2b5), a second upper cable guide vehicle cover (2b5-2) is formed in the upper portion of the second cable guide vehicle cover (2b5), a third lower cable guide vehicle cover (3b5-1) is formed in the lower portion of the third cable guide vehicle cover (3b5),
the cable guide vehicle base cable placing notch (b6) is matched with the cable guide vehicle cover lower cable placing notch (1b5-1) to form a lower cable guide vehicle cable mounting hole (b1-1) matched with an outer ring of a cable, the cable guide vehicle cover upper cable placing notch (1b5-2) is matched with the second lower cable guide vehicle cover (2b5-1) to form a middle cable guide vehicle cable mounting hole (b1-2) matched with the outer ring of the cable, and the second upper cable guide vehicle cover (2b5-2) is matched with the third lower cable guide vehicle cover (3b5-1) to form an upper cable guide vehicle cable mounting hole (b1-3) matched with the outer ring of the cable.
2. The vertical bridge cable compensation device of claim 1, wherein: the cable universal support comprises a cable universal support frame (d1), wherein the cable universal support frame is provided with a lower cable universal support frame cable mounting hole (d1-1), a middle cable universal support frame cable mounting hole (d1-2) and an upper cable universal support frame cable mounting hole (d1-3), the lower cable universal support frame cable mounting hole (d1-1), the middle cable universal support frame cable mounting hole (d1-2) and the upper cable universal support frame cable mounting hole (d1-3) are sequentially arranged from bottom to top, the cable universal support frame (d1) comprises a cable universal support frame universal wheel (d2), a cable universal support frame base (d3), a cable universal support frame cover (1d4), a second cable universal support frame cover (2d4) and a third cable universal support frame cover (3d4), and the cable universal support frame universal wheel (d2) is arranged at the bottom of the cable universal support frame base (d3),
a cable placing notch (d5) of a cable universal support frame base is arranged on the cable universal support frame base (d3), a cable placing notch (1d4-1) under a cable universal support frame cover is arranged at the lower part of the cable universal support frame cover (1d4), a cable placing notch (1d4-2) on the cable universal support frame cover is arranged at the upper part of the cable universal support frame cover (1d4), a cable placing notch (2d4-1) under a second cable universal support frame cover is arranged at the lower part of the second cable universal support frame cover (2d4), a cable placing notch (2d4-2) on the second cable universal support frame cover is arranged at the upper part of the second cable universal support frame cover (1d4), a cable placing notch (3d4-1) under a third cable universal support frame cover is arranged at the lower part of the third cable universal support frame cover (3d4),
the cable placing notch (d5) of the base of the cable universal support frame is matched with the cable placing notch (1d4-1) of the lower cover of the cable universal support frame to form a lower cable universal support frame cable mounting hole (d1-1) matched with the outer ring of a cable, the cable placing notch (1d4-2) of the upper cover of the cable universal support frame is matched with the cable placing notch (2d4-1) of the lower cover of the second cable universal support frame to form a middle cable universal support frame cable mounting hole (d1-2) matched with the outer ring of the cable, and the cable placing notch (2d4-2) of the upper cover of the second cable universal support frame is matched with the cable placing notch (3d4-1) of the lower cover of the third cable universal support frame to form an upper cable universal support frame cable mounting hole (d1-3) matched with the outer ring of the cable.
3. A vertical bridge cable compensation device according to claim 1 or 2, wherein: the cable base (a3) comprises a front half of the cable base (a3-3) and a rear half of the cable base (a3-4), the front half part (a3-3) of the cable base is provided with a cable sliding shaft mounting hole (a3-5) of the front half part of the cable base, the rear half part (a3-4) of the cable base is provided with a cable sliding shaft mounting hole (a3-6) of the rear half part of the cable base, the cable slide shaft mounting hole (a3-5) at the front half part of the cable base and the cable slide shaft mounting hole (a3-6) at the rear half part of the cable base are matched with each other front and back to form a base cable slide shaft mounting hole (a3-7), the base cable sliding shaft mounting hole (a3-7) is communicated with the base cable placing notch (a6), the base cable spool (a4) is installed in the base cable spool installation hole (a 3-7).
4. A vertical bridge cable compensation device according to claim 1 or 2, wherein: the cable cover (1a4) comprises a front cable cover half part (1a4-1) and a rear cable cover half part (1a4-2), wherein a front cable cover half part cable sliding shaft mounting hole (1a4-3) is formed in the front cable cover half part (1a4-1), a rear cable cover half part cable sliding shaft mounting hole (1a4-4) is formed in the rear cable cover half part (1a4-2), the front cable cover half part cable sliding shaft mounting hole (1a4-3) and the rear cable cover half part cable sliding shaft mounting hole (1a4-4) are matched with each other in the front and back to form a cable cover cable sliding shaft mounting hole (1a4-5), a cable placing notch (a9) under the cable cover, a cable sliding shaft mounting hole (1a4-5) on the cable cover and a cable placing notch (a11) on the cable cover are communicated, a cable sliding shaft (a8) on the cable sliding shaft mounting hole (1a4-5) of the cable cover,
the second cable cover (2a4) comprises a second cable cover front half part (2a4-1) and a second cable cover rear half part (2a4-2), a second cable cover front half part cable sliding shaft mounting hole (2a4-3) is arranged on the second cable cover front half part (2a4-1), a second cable cover rear half part cable sliding shaft mounting hole (2a4-4) is arranged on the second cable cover rear half part (2a4-2), the second cable cover front half part cable sliding shaft mounting hole (2a4-3) and the second cable cover rear half part cable sliding shaft mounting hole (2a4-4) are matched with each other in front and back to form a second cable cover sliding shaft mounting hole (2a4-5), the second cable cover lower cable placing notch (2a4-1), the second cable cover sliding shaft mounting hole (2a4-5) and the second cable cover upper cable placing notch (2a4-2) are communicated, the second cable cover cable slide shaft (2a8) is installed in the second cable cover cable slide shaft installation hole (2a4-5),
the third cable cover (3a4) comprises a third cable cover front half part (3a4-1) and a third cable cover rear half part (3a4-2), a third cable cover front half part cable sliding shaft mounting hole (3a4-3) is formed in the third cable cover front half part (3a4-1), a third cable cover rear half part cable sliding shaft mounting hole (3a4-4) is formed in the third cable cover rear half part (3a4-2), the third cable cover front half part cable sliding shaft mounting hole (3a4-3) and the third cable cover rear half part cable sliding shaft mounting hole (3a4-4) are matched with each other in a front-and-back mode to form a third cable cover sliding shaft mounting hole (3a4-5), and the third cable cover cable sliding shaft mounting hole (3a4-5) is communicated with a third cable cover lower cable placing notch (3a4-1), the third cable cover cable slide shaft (3a8) is mounted in the third cable cover cable slide shaft mounting hole (3a 4-5).
5. The vertical bridge cable compensation device of claim 3, wherein: the cable cover (1a4) comprises a front cable cover half part (1a4-1) and a rear cable cover half part (1a4-2), wherein a front cable cover half part cable sliding shaft mounting hole (1a4-3) is formed in the front cable cover half part (1a4-1), a rear cable cover half part cable sliding shaft mounting hole (1a4-4) is formed in the rear cable cover half part (1a4-2), the front cable cover half part cable sliding shaft mounting hole (1a4-3) and the rear cable cover half part cable sliding shaft mounting hole (1a4-4) are matched with each other in the front and back to form a cable cover cable sliding shaft mounting hole (1a4-5), a cable placing notch (a9) under the cable cover, a cable sliding shaft mounting hole (1a4-5) on the cable cover and a cable placing notch (a11) on the cable cover are communicated, a cable sliding shaft (a8) on the cable sliding shaft mounting hole (1a4-5) of the cable cover,
the second cable cover (2a4) comprises a second cable cover front half part (2a4-1) and a second cable cover rear half part (2a4-2), a second cable cover front half part cable sliding shaft mounting hole (2a4-3) is arranged on the second cable cover front half part (2a4-1), a second cable cover rear half part cable sliding shaft mounting hole (2a4-4) is arranged on the second cable cover rear half part (2a4-2), the second cable cover front half part cable sliding shaft mounting hole (2a4-3) and the second cable cover rear half part cable sliding shaft mounting hole (2a4-4) are matched with each other in front and back to form a second cable cover sliding shaft mounting hole (2a4-5), the second cable cover lower cable placing notch (2a4-1), the second cable cover sliding shaft mounting hole (2a4-5) and the second cable cover upper cable placing notch (2a4-2) are communicated, the second cable cover cable slide shaft (2a8) is installed in the second cable cover cable slide shaft installation hole (2a4-5),
the third cable cover (3a4) comprises a third cable cover front half part (3a4-1) and a third cable cover rear half part (3a4-2), a third cable cover front half part cable sliding shaft mounting hole (3a4-3) is formed in the third cable cover front half part (3a4-1), a third cable cover rear half part cable sliding shaft mounting hole (3a4-4) is formed in the third cable cover rear half part (3a4-2), the third cable cover front half part cable sliding shaft mounting hole (3a4-3) and the third cable cover rear half part cable sliding shaft mounting hole (3a4-4) are matched with each other in a front-and-back mode to form a third cable cover sliding shaft mounting hole (3a4-5), and the third cable cover cable sliding shaft mounting hole (3a4-5) is communicated with a third cable cover lower cable placing notch (3a4-1), the third cable cover cable slide shaft (3a8) is mounted in the third cable cover cable slide shaft mounting hole (3a 4-5).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011552712.6A CN112564018B (en) | 2020-12-24 | 2020-12-24 | Vertical bridge cable compensation device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011552712.6A CN112564018B (en) | 2020-12-24 | 2020-12-24 | Vertical bridge cable compensation device |
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| CN112564018A true CN112564018A (en) | 2021-03-26 |
| CN112564018B CN112564018B (en) | 2024-10-01 |
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| CN214958610U (en) * | 2020-12-24 | 2021-11-30 | 温州永诚电力科技有限公司 | Vertical bridge cable compensation device |
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| KR100934484B1 (en) * | 2009-05-19 | 2009-12-30 | (주)케이제이종합감리 | Underground Distribution Line Protection Device |
| KR101200557B1 (en) * | 2012-09-10 | 2012-11-13 | (주)신호엔지니어링 | Support apparatus for underground power transmission cable |
| CN208078560U (en) * | 2018-01-06 | 2018-11-09 | 南昌市赣江电缆厂 | A kind of cable duct high-tension cable sealing device |
| CN208589718U (en) * | 2018-08-15 | 2019-03-08 | 中铁十二局集团电气化工程有限公司 | A kind of trapezoidal bridge frame mineral insulated cable laying transmission device |
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|---|---|
| CN112564018B (en) | 2024-10-01 |
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