CN108988271A - A kind of cable supporting device with cohesion device - Google Patents
A kind of cable supporting device with cohesion device Download PDFInfo
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- CN108988271A CN108988271A CN201811012725.7A CN201811012725A CN108988271A CN 108988271 A CN108988271 A CN 108988271A CN 201811012725 A CN201811012725 A CN 201811012725A CN 108988271 A CN108988271 A CN 108988271A
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- Prior art keywords
- anchor ear
- gradient
- electric pole
- capacitor
- electricity consumer
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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
- H02G7/00—Overhead installations of electric lines or cables
- H02G7/20—Spatial arrangements or dispositions of lines or cables on poles, posts or towers
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H12/00—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
- E04H12/22—Sockets or holders for poles or posts
- E04H12/2292—Holders used for protection, repair or reinforcement of the post or pole
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Electric Cable Installation (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The present invention provides a kind of cable supporting device with cohesion device, comprising: electric pole, cross-arm and solar power generation component；Cross-arm is equipped with multiple insulated terminals of connecting cable；Cross-arm passes through the first crossarm bolt and the second crossarm bolt respectively and connect with the anchor ear connecting hole of cross-arm anchor ear, and cross-arm anchor ear is embraced and is located on the outer wall of electric pole, and cross-arm is installed in by cross-arm anchor ear close to the position of electric pole top；When locking cross-arm anchor ear, the steel boss of cross-arm anchor ear inner wall squeeze shrinking to electric pole improves coupling mechanism force, and the anti-skid rubber cushion of steel boss surface plays the role of and electric pole surface anti-skidding.Same first fixed anchor ear and the second fixed anchor ear are when being locked, the steel boss of first fixed anchor ear and the second fixed anchor ear inner wall squeeze shrinking to electric pole improves coupling mechanism force, and the anti-skid rubber cushion of steel boss surface plays the role of and electric pole surface anti-skidding.It can be avoided cross-arm downslide and solar panel downslide fallen.
Description
Technical field
The present invention relates to cable supporting field more particularly to a kind of cable supporting devices with cohesion device.
Background technique
Electric pole is vertically arranged at present, in order to install cross-arm on utility poles, usually passes through some fixed appliances
Cross-arm is fixed on utility poles, and usually used is that cross-arm is mounted directly to electric pole by anchor ear.General electric pole surface compared with
To be smooth, after by rainwater shower, surface is more smooth, in this way if anchor ear is embraced the defective tightness set and be will lead under anchor ear
It is sliding, also cross-arm is caused to shift in this way, influences cable run, the serious normal power supply for influencing this section of power supply line.Some electric wires
Bar is installed close to electricity consumer, in order to provide additional power supply mode, it will usually solar power generation is disposed, in order to reduce occupied space,
The influence that ground faces solar power generation is reduced, solar generating mechanism is installed on electric pole, is fixed in this way by anchor ear
Words are still easy to cause the fixation that solar generating mechanism cannot be stable for these reasons, be easy to cause ground of falling.The sun
Electric energy after energy power generation mechanism power generation is usually stored to the battery of electricity consumer, while the electricity consumption of electricity consumer is needed from electric pole
In upper lead to electricity consumer, used for electricity consumer.After usual electric pole upright bar, the cable on electric pole is drawn by lower family lead
Enter electricity consumer, solar generating mechanism electricity is transmitted to battery simultaneously also by cable.
Cable, which draws, usually sockets electric pole from electric pole close to the position on top, and draws the cable into electricity consumer
Line.Man-hour requirement climbing is usually applied to electric pole top, the one end for entering electricity consumer cable will be drawn and connect with power supply line, drawn
Electricity consumer is accessed into the other end of electricity consumer cable out.Lower family lead plays guide function.Constructor in the construction process
Member needs to put on skate and climbs up electric pole wiring, in this way, the maintenance and repair personnel operation in construction personnel and later period is inconvenient.And
Lower family lead pulls electric pole top, and electric pole inclination is easily caused if long-time pulls, serious to lead to electric pole
Topple over, influence electricity consumer electricity consumption, has an effect on entire power grid power supply.
Summary of the invention
In order to overcome the deficiencies in the prior art described above, the present invention provides a kind of cable bearing machine with cohesion device
Structure, comprising: electric pole, cross-arm and solar power generation component；
Cross-arm is equipped with multiple insulated terminals of connecting cable；Cross-arm passes through the first crossarm bolt and the second cross-arm respectively
Bolt is connect with the anchor ear connecting hole of cross-arm anchor ear, and cross-arm anchor ear is embraced and is located on the outer wall of electric pole, and cross-arm is embraced by cross-arm
Hoop is installed in close to the position of electric pole top；Cross-arm anchor ear inner wall is equipped with steel boss, and the surface of steel boss has sticked anti-
Sliding rubber pad；
Solar power generation component includes: fixed mechanism, solar panel, solar power generation controller and battery；
Solar panel is connect by solar power generation controller with battery；Solar panel passes through fixed mechanism
It is installed in the top of electric pole.
Preferably, fixed mechanism includes: upper holder, and lower fixed frame, upper holder and lower fixed frame pass through at least four
The first uniformly distributed connection square steel connection；
Upper holder is equipped at least four the second uniformly distributed connection square steel, the top of the second connection square steel and the sun
The bottom end of the rear support plate connection of energy power generation plate, the second connection square steel is connect with upper holder；
Upper holder includes: first level square steel, the second horizontal square steel, the first fixed anchor ear, the second fixed anchor ear, and first
Standing screw and the second standing screw；
First level square steel is arranged in parallel with the second horizontal square steel, and the first fixed anchor ear and the second fixed anchor ear setting are the
Between one horizontal square steel and the second horizontal square steel；
First standing screw sequentially passes through first level square steel fixation hole, the first fixation anchor ear fixation hole, and the second fixation is embraced
Fixation hole and the second horizontal square steel fixation hole are bound round, is corresponded at the both ends of the first standing screw and first level square steel by nut
With the second horizontal square steel locking connection；
Second standing screw sequentially passes through first level square steel fixation hole, the first fixation anchor ear fixation hole, and the second fixation is embraced
Fixation hole and the second horizontal square steel fixation hole are bound round, is corresponded at the both ends of the second standing screw and first level square steel by nut
With the second horizontal square steel locking connection；
First fixed anchor ear and the second fixed anchor ear are embraced and are located at outside electric pole, are installed in upper holder outside electric pole
Portion；
The inner wall of the inner wall of first fixed anchor ear and the second fixed anchor ear is respectively equipped with steel boss, the surface of steel boss
Anti-skid rubber cushion is sticked, anti-skid rubber cushion and electric wire rod outer surface are to abutting.
Preferably, further includes: the first electricity consumer power distribution station, the second electricity consumer power distribution station, the first lower family lead and second
Lower family lead；
Electric pole is connected with multiple conducting mechanisms and Xia Hu lead bindiny mechanism；
Xia Hu lead bindiny mechanism is equipped with the first connection ring and the second connection ring；
First lower family lead one end is equipped with first and links ring, and the first lower family lead other end is equipped with second and links ring；
Second lower family lead one end is equipped with first and links ring, and the second lower family lead other end is equipped with second and links ring；
The first of first lower family lead links ring and the first connection ring of Xia Hu lead bindiny mechanism hooks connection；
The first of second lower family lead links ring and the second connection ring of Xia Hu lead bindiny mechanism hooks connection；
The second of first lower family lead links ring and the second electricity consumer power distribution station is hooked and connected；
The second of second lower family lead links ring and the first electricity consumer power distribution station is hooked and connected；
Multiple conducting mechanisms are from top to bottom arranged between cross-arm and Xia Hu lead bindiny mechanism；Electricity consumer cable one end
It is connect with the power cable on insulated terminal, electricity consumer cable is extended downwardly along electric pole, and solid by conducting mechanism
It is located on electric pole outer wall, the electricity consumer cable into the first electricity consumer power distribution station passes through the second lower family lead guiding；
Electricity consumer cable into the second electricity consumer power distribution station passes through the first lower family lead guiding.
Preferably, electric pole is equipped with gradient inductor；Inside first electricity consumer power distribution station or the second electricity consumer power distribution station
Equipped with control cabinet；
Mainboard is equipped with inside control cabinet, mainboard is equipped with single-chip microcontroller, communication module and display screen；
Gradient inductor on electric pole is connect with single-chip microcontroller, and single-chip microcontroller obtains the gradient of electric pole in real time, and leads to
It crosses display screen and shows the gradient for taking electric pole；The gradient of electric pole is also uploaded to by host computer by communication module.
Preferably, gradient inductor includes: gradient induction chip U3, resistance R1, resistance R2, resistance R3, resistance R4,
Capacitor C1, capacitor C2, capacitor C3, capacitor C4, capacitor C5, transport and placing device U1 and transport and placing device U2；
Mono- foot of gradient induction chip U3 passes through resistance R1 respectively and connects power supply, is grounded by capacitor C1, and gradient incudes core
Bis- foot of piece U3 ground connection, tetra- foot of gradient induction chip U3 ground connection, six foot of gradient induction chip U3 connect the clock of single-chip microcontroller (10)
Signal is controlled, the clock control signal that single-chip microcontroller (10) are sent is received, tri- foot of gradient induction chip U3 connects single-chip microcontroller (10)
Pwm signal sends pin, the level controling signal that single-chip microcontroller (10) is sent；
Five foot of gradient induction chip U3 is connect with capacitor C2 first end and capacitor C3 first end respectively；Capacitor C3 second end
Ground connection, capacitor C2 second end are connect with resistance R3 first end and tri- foot of transport and placing device U1 respectively, bis- foot of transport and placing device U1 and foot difference
Connect the first data receiver of single-chip microcontroller；
Seven foot of gradient induction chip U3 is connect with capacitor C4 first end and capacitor C5 first end respectively, capacitor C5 second end
Ground connection, capacitor C4 second end are connect with resistance R4 first end and mono- foot of transport and placing device U2 respectively；Resistance R4 second end ground connection；Transport and placing device
Bis- foot of U2 and three feet are separately connected the first data receiver of single-chip microcontroller；Single-chip microcontroller uses STM32F103；Gradient induction chip
U3 uses ZCT600ML or ZCT260J or LY215；
Gradient inductor is powered using 5V DC power supply, to reduce interference of the power supply to gradient inductor, in power supply
Capacitor C1 between ground connection plays the role of decoupling, and resistance R1 plays Anti-Jamming；
Capacitor C3 and capacitor C5 can be such that the bandwidth of inclination signal is limited in the frequency of preset threshold, while capacitor C3
Filter action is played with capacitor C5；
Capacitor C2, resistance R3, transport and placing device U1, which is played, carries out bandpass filtering to the inclination signal of induction；
Same capacitor C4, resistance R4, transport and placing device U2, which are played, carries out bandpass filtering to the inclination signal of induction；
Gradient induction chip U3 is every to pass through a preset duration, obtains the clock control signal that single-chip microcontroller (10) are sent, opens
Dynamic gradient induction, tri- foot of gradient induction chip U3 receives when being currently high level, from five foot of gradient induction chip U3 to
Single-chip microcontroller (10) sends the first current gradient；
Using a preset duration, the clock control signal that single-chip microcontroller (10) are sent, starting gradient induction, inclination are obtained
When the reception of degree tri- foot of induction chip U3 is currently low level, sent currently from seven foot of gradient induction chip U3 to single-chip microcontroller (10)
The second gradient；
The first gradient and the second gradient that single-chip microcontroller (10) will acquire ask difference to obtain whether current gradient difference is sent out
Changing, the whether super gradient difference threshold range of variable quantity；
The first gradient and the second gradient are compared with predetermined inclination degree threshold value respectively also, judge present inclination
Whether superthreshold；
When any superthreshold of above-mentioned comparison, alarmed by display screen, and prompt messages are sent to host computer,
Pass through host computer warning note.
Preferably, conducting mechanism includes: the first anchor ear main body, and the second anchor ear main body, angle cleat, connecting plate and disjunctor are small
Anchor ear；
The both ends of first anchor ear main body are equipped with the first connection and draw end, and the first connection draws end and is equipped with the first connecting hole；
The both ends of second anchor ear main body are equipped with the second connection and draw end, and the second connection draws end and is equipped with the second connecting hole；
First connection draw end on the first connecting hole connect with second draw end the second connecting hole pass through bolt and nut cooperation
Connection encircles the first anchor ear main body and the second anchor ear main body on electric pole outer wall；
One end of angle cleat is welded in the second anchor ear main body, and the other end and connecting plate of angle cleat are welded to connect；
The small anchor ear of disjunctor is equipped with multiple semicircular rings, and annulus connecting plate, annulus connecting plate are equipped between semicircular ring and semicircular ring
It is equipped with first and connects hole；
Connecting plate is equipped with quantity and position and connects compatible second company in hole hole with first respectively, and second, which connects hole, connects hole with second
Between be equipped with spacing；The center of spacing and the center of semicircular ring are corresponding；
First company hole connect the small anchor ear of disjunctor with connecting plate by bolt and nut mating connection with the second company hole.
Preferably, one end of angle cleat is welded on the middle position of the second anchor ear main body；
The other end of angle cleat is welded on the middle position of connecting plate.
Preferably, it is strip hole that second on connecting plate, which connects hole,.
Preferably, the first lower family lead includes: wirerope, the first flower basket bolt, the first steel cable clamp, wiring rope, the
Two steel cable clamps and the second flower basket bolt；
The connecting hook of first flower basket bolt links bail with the first of the first lower family lead and hangs connection；First flower basket bolt
Connection ring is wound with wirerope, and steel wire rope head is bound on a steel cord by the first steel cable clamp；
The part that links of the connecting hook of second flower basket bolt and the second electricity consumer power distribution station hooks connection；Second flower basket bolt
Connection ring is wound with wirerope, and steel wire rope head is bound on a steel cord by the second steel cable clamp；
Electricity consumer cable is tied up on a steel cord by wiring rope.
Preferably, the first electricity consumer power distribution station is equipped with the first low pressure feeder pillar and the first electricity box；
Electricity consumer cable into the first electricity consumer power distribution station is directed to the first electricity consumer by the second lower family lead and matches
Power station, and correspondence is connect with the first low pressure feeder pillar and the first electricity box；
Second electricity consumer power distribution station is equipped with the second low pressure feeder pillar and the second electricity box；
Electricity consumer cable into the second electricity consumer power distribution station is directed to the second electricity consumer by the first lower family lead and matches
Power station, and correspondence is connect with the second low pressure feeder pillar and the second electricity box.
Preferably, the first electricity consumer power distribution station and the second electricity consumer power distribution station set up separately in the two sides of electric pole；Lower family lead
Bindiny mechanism is arranged close to electric pole medium position.
As can be seen from the above technical solutions, the invention has the following advantages that
When locking cross-arm anchor ear, the steel boss of cross-arm anchor ear inner wall squeeze shrinking to electric pole improves locking
Power, the anti-skid rubber cushion of steel boss surface play the role of and electric pole surface anti-skidding.Same first fixed anchor ear and the
For two fixed anchor ears when being locked, the steel boss of the first fixed anchor ear and the second fixed anchor ear inner wall squeezes electric pole
Pressure, which is shunk, improves coupling mechanism force, and the anti-skid rubber cushion of steel boss surface plays the role of and electric pole surface anti-skidding.It improves
Stick force is grabbed, cross-arm downslide is can be avoided and solar panel downslide is fallen.And solar power generation is configured on utility poles
Plate reduces occupied area, and ground environment is avoided to influence the shading of solar panel.
First fixed anchor ear and the second fixed anchor ear are embraced and are located at outside electric pole, are installed in upper holder outside electric pole
Portion；First level square steel is arranged in parallel with the second horizontal square steel, during installation the first standing screw of tight lock and second solid simultaneously
Determine screw rod, makes the first fixed anchor ear and the second fixed anchor ear synchronous, embrace and be located at electric pole outer wall.First level square steel and
Two horizontal square steel, which reach, to be arranged in parallel, and can improve stability with producing balanced forces.
First lower family lead and the second lower family lead are connect with Xia Hu lead bindiny mechanism respectively.Xia Hu lead bindiny mechanism
It is arranged in electric pole.The height of Xia Hu lead bindiny mechanism on utility poles can be adjusted according to actual needs, make construction personnel
And the maintenance and repair personnel height operation as needed in later period, improve the convenience of operation.And lower family lead connects machine
Structure is arranged close to electric pole medium position, avoids and family lead is descended to pull electric pole top in the prior art, cause to cause electric wire
The inclined danger of bar.First lower family lead and the second lower family lead pull electric pole respectively along two opposite directions and play surely
Though the effect of electric pole, avoid one direction pulling from causing the inclined danger of electric pole.
In the present invention, the first gradient and the second gradient that single-chip microcontroller will acquire, which ask difference to obtain current gradient difference, is
It is no to change, the whether super gradient difference threshold range of variable quantity；Also by the first gradient and the second gradient respectively with it is default
Gradient threshold value is compared, judge present inclination whether superthreshold；When any superthreshold of above-mentioned comparison, pass through display screen
Alarm, and prompt messages are sent to host computer, pass through host computer warning note.So no matter in routine use process
In or installation process in the inclination information of current each electric pole can be obtained by gradient inductor, surpass
Issued when threshold value prompt can prompting maintenance personnel or installation personnel safeguard in time, avoid accident.
Detailed description of the invention
In order to illustrate more clearly of technical solution of the present invention, attached drawing needed in description will be made below simple
Ground introduction, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill
For personnel, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the cable supporting device overall structure diagram with cohesion device；
Fig. 2 is that cross-arm and cross-arm anchor ear cooperate schematic diagram；
Fig. 3 is upper holder structural schematic diagram；
Fig. 4 is conducting mechanism schematic diagram；
Fig. 5 is the second anchor ear agent structure schematic diagram；
Fig. 6 is the small hooping structure schematic diagram of disjunctor；
Fig. 7 is link configuration schematic diagram；
Fig. 8 is the first lower family pin configuration schematic diagram；
Fig. 9 is gradient inductor circuit figure.
Specific embodiment
The present invention provides a kind of cable supporting device with cohesion device, as shown in Figure 1 to 9, comprising: electric pole 1, it is horizontal
Load 2 and solar power generation component；
Cross-arm 2 is equipped with multiple insulated terminals 3 of connecting cable；Cross-arm 2 passes through the first crossarm bolt 74 and the respectively
Two crossarm bolts 75 are connect with the anchor ear connecting hole 71 of cross-arm anchor ear 72, and cross-arm anchor ear is embraced and is located on the outer wall of electric pole 1, horizontal
Load 2 is installed in the position close to 1 top of electric pole by cross-arm anchor ear 72；72 inner wall of cross-arm anchor ear is equipped with steel boss 73, steel
The surface of boss 73 processed has sticked anti-skid rubber cushion；
Solar power generation component includes: fixed mechanism 50, solar panel 61, solar power generation controller and electric power storage
Pond；Solar panel 61 is connect by solar power generation controller with battery；Solar panel 61 passes through fixed mechanism
50 are installed in the top of electric pole 1.
To enable the purpose of the present invention, feature, advantage more obvious and understandable, below in conjunction with this specific implementation
Attached drawing in example, is clearly and completely described the technical solution in the present invention, it is clear that the embodiments described below are only
It is only a part of the embodiment of the present invention, and not all embodiment.Based on the embodiment in this patent, ordinary skill people
Member's all other embodiment obtained without making creative work, belongs to the range of this patent protection.
Fixed mechanism 50 includes: upper holder 57, and lower fixed frame 58, upper holder 57 and lower fixed frame 58 pass through at least four
The first uniformly distributed connection square steel 63 of root connects；
Upper holder 57 is equipped at least four the second uniformly distributed connection square steel 62, the top of the second connection square steel 62
It is connect with the rear support plate of solar panel 61, the bottom end of the second connection square steel 62 is connect with upper holder 57；
Upper holder 57 includes: first level square steel 51, and the second horizontal square steel 52, the first fixed anchor ear 53, second is fixed
Anchor ear 54, the first standing screw 55 and the second standing screw 56；
First level square steel 51 is arranged in parallel with the second horizontal square steel 52, the first fixed anchor ear 53 and the second fixed anchor ear 54
It is arranged between first level square steel 51 and the second horizontal square steel 52；
First standing screw 55 sequentially passes through 51 fixation hole of first level square steel, the first fixed 53 fixation hole of anchor ear, and second
Fixed 54 fixation hole of anchor ear and the second horizontal 52 fixation hole of square steel, by nut by the both ends of the first standing screw 55 it is corresponding with
First level square steel 51 and the second horizontal locking of square steel 52 connection；
Second standing screw 56 sequentially passes through 51 fixation hole of first level square steel, the first fixed 53 fixation hole of anchor ear, and second
Fixed 54 fixation hole of anchor ear and the second horizontal 52 fixation hole of square steel, by nut by the both ends of the second standing screw 56 it is corresponding with
First level square steel 51 and the second horizontal locking of square steel 52 connection；
First fixed anchor ear 53 and the second fixed anchor ear 54 are embraced and are located at outside electric pole 1, and upper holder 57 is made to be installed in electricity
Outside line bar 1；
The inner wall of the inner wall of first fixed anchor ear 53 and the second fixed anchor ear 54 is respectively equipped with steel boss, steel boss
Surface has sticked anti-skid rubber cushion, and anti-skid rubber cushion and 1 appearance of electric pole are towards abutting.
When locking cross-arm anchor ear, the steel boss of cross-arm anchor ear inner wall squeeze shrinking to electric pole improves locking
Power, the anti-skid rubber cushion of steel boss surface play the role of and electric pole surface anti-skidding.Same first fixed anchor ear and the
For two fixed anchor ears when being locked, the steel boss of the first fixed anchor ear and the second fixed anchor ear inner wall squeezes electric pole
Pressure, which is shunk, improves coupling mechanism force, and the anti-skid rubber cushion of steel boss surface plays the role of and electric pole surface anti-skidding.It improves
Stick force is grabbed, cross-arm downslide is can be avoided and solar panel downslide is fallen.And solar power generation is configured on utility poles
Plate reduces occupied area, and ground environment is avoided to influence the shading of solar panel.
The present invention is provided in embodiment, and electric pole 1 is equipped with gradient inductor；First electricity consumer power distribution station 15 or second is used
Control cabinet is equipped with inside electric family power distribution station 16；Be equipped with mainboard inside control cabinet, mainboard is equipped with single-chip microcontroller 10, communication module and
Display screen；Gradient inductor on electric pole 1 is connect with single-chip microcontroller 10, and single-chip microcontroller obtains the gradient of electric pole 1 in real time, and
The gradient for taking electric pole 1 is shown by display screen；The gradient of electric pole 1 is also uploaded to by host computer by communication module.
Wherein, gradient inductor includes: gradient induction chip U3, resistance R1, resistance R2, resistance R3, resistance R4, electricity
Hold C1, capacitor C2, capacitor C3, capacitor C4, capacitor C5, transport and placing device U1 and transport and placing device U2；
Mono- foot of gradient induction chip U3 passes through resistance R1 respectively and connects power supply, is grounded by capacitor C1, and gradient incudes core
Bis- foot of piece U3 ground connection, tetra- foot of gradient induction chip U3 ground connection, six foot of gradient induction chip U3 connect the when clock of single-chip microcontroller 10
Signal processed, receives the clock control signal that single-chip microcontroller 10 is sent, and tri- foot of gradient induction chip U3 connects the pwm signal of single-chip microcontroller 10
Send pin, the level controling signal that single-chip microcontroller 10 is sent；
Five foot of gradient induction chip U3 is connect with capacitor C2 first end and capacitor C3 first end respectively；Capacitor C3 second end
Ground connection, capacitor C2 second end are connect with resistance R3 first end and tri- foot of transport and placing device U1 respectively, bis- foot of transport and placing device U1 and foot difference
Connect the first data receiver of single-chip microcontroller；
Seven foot of gradient induction chip U3 is connect with capacitor C4 first end and capacitor C5 first end respectively, capacitor C5 second end
Ground connection, capacitor C4 second end are connect with resistance R4 first end and mono- foot of transport and placing device U2 respectively；Resistance R4 second end ground connection；Transport and placing device
Bis- foot of U2 and three feet are separately connected the first data receiver of single-chip microcontroller；Single-chip microcontroller uses STM32F103；Gradient induction chip
U3 uses ZCT600ML or ZCT260J or LY215；
Gradient inductor is powered using 5V DC power supply, to reduce interference of the power supply to gradient inductor, in power supply
Capacitor C1 between ground connection plays the role of decoupling, and resistance R1 plays Anti-Jamming；
Capacitor C3 and capacitor C5 can be such that the bandwidth of inclination signal is limited in the frequency of preset threshold, while capacitor C3
Filter action is played with capacitor C5；
Capacitor C2, resistance R3, transport and placing device U1, which is played, carries out bandpass filtering to the inclination signal of induction；
Same capacitor C4, resistance R4, transport and placing device U2, which are played, carries out bandpass filtering to the inclination signal of induction；
Gradient induction chip U3 is every to pass through a preset duration, obtains the clock control signal that single-chip microcontroller 10 is sent, starting
Gradient induction, tri- foot of gradient induction chip U3 receives when being currently high level, from five foot of gradient induction chip U3 to list
Piece machine 10 sends the first current gradient；
Using a preset duration, the clock control signal that single-chip microcontroller 10 is sent, starting gradient induction, gradient are obtained
Tri- foot of induction chip U3 receives when being currently low level, sends current the from seven foot of gradient induction chip U3 to single-chip microcontroller 10
Two gradients；
The first gradient and the second gradient that single-chip microcontroller 10 will acquire ask difference to obtain whether current gradient difference occurs
Variation, the whether super gradient difference threshold range of variable quantity；
The first gradient and the second gradient are compared with predetermined inclination degree threshold value respectively also, judge present inclination
Whether superthreshold；It when any superthreshold of above-mentioned comparison, is alarmed, and prompt messages is sent to upper by display screen
Machine passes through host computer warning note.No matter can pass through gradient during routine use or in installation process in this way
Inductor obtains the inclination information of current each electric pole, occur issuing when superthreshold prompt can prompting maintenance personnel, or
Installation personnel is safeguarded in time, avoids accident.Upright bar process and daily electric pole use state are remotely monitored by host computer.
Electric pole can be reduced and topple over danger, during making immobilizing foundation block, electric pole protection steel pipe plays the role of protection.And
And when installing to a fairly large number of electric pole, this method may be reused, and also may be performed simultaneously this method
Operation process.
The present invention is provided in embodiment, and the cable supporting device with cohesion device includes: the first electricity consumer power distribution station 15,
Second electricity consumer power distribution station 16, the first lower family lead 6 and the second lower family lead 7；
Multiple conducting mechanisms 4 and Xia Hu lead bindiny mechanism 5 are connected in the middle part of electric pole 1；Xia Hu lead bindiny mechanism 5 sets
There are the first connection ring 11 and the second connection ring 17；First lower 6 one end of family lead is equipped with first and links ring 12, the first lower family lead 6
The other end is equipped with second and links ring 13；Second lower 7 one end of family lead is equipped with first and links ring 18, second lower 7 other end of family lead
Ring 19 is linked equipped with second；The first of first lower family lead 6 links the first connection ring 11 of ring 12 Yu Xia Hu lead bindiny mechanism 5
Hook connection；The first of second lower family lead 7 links ring 18 and the second connection ring 17 of Xia Hu lead bindiny mechanism 5 hooks company
It connects；
The second of first lower family lead 6 links ring 13 and the second electricity consumer power distribution station 16 is hooked and connected；Second lower family lead 7
Second link ring 19 and the first electricity consumer power distribution station 15 and hook and connect；Multiple conducting mechanisms 4 be from top to bottom arranged in cross-arm 2 with
Between Xia Hu lead bindiny mechanism 5；Electricity consumer cable one end is connect with the power cable on insulated terminal 3, electricity consumer electricity
Cable is extended downwardly along electric pole 1, and is installed on 1 outer wall of electric pole by conducting mechanism 4, into the first electricity consumer distribution
The 15 electricity consumer cable of standing is guided by the second lower family lead 7；Into the electricity consumer cable of the second electricity consumer power distribution station 16
It is guided by the first lower family lead 6.
Unlike the prior art, multiple conducting mechanisms are from top to bottom arranged in cross-arm and draw with lower family gage system of the invention
Between line bindiny mechanism；Electricity consumer cable one end is connect with the power cable on insulated terminal, electricity consumer cable along
Electric pole extends downwardly, and is installed on electric pole outer wall by conducting mechanism, into the electricity consumer of the first electricity consumer power distribution station
Cable passes through the second lower family lead guiding；Electricity consumer cable into the second electricity consumer power distribution station passes through the first lower family lead
Guiding.Conducting mechanism, which plays for electricity consumer cable to be fixed on electric pole outer wall, in this way avoids cable from dialling disorderly, convenient for arranging
And winding, it is dangerous to reduce electricity consumption.It can according to need a certain number of conducting mechanisms of setting, conducting mechanism is by electricity consumer cable
It is split, isopen is not separated, and improves conductive security.
In the present invention, conducting mechanism 4 includes: the first anchor ear main body 21, the second anchor ear main body 22, angle cleat 23, connecting plate
24 and the small anchor ear 25 of disjunctor；The both ends of first anchor ear main body 21 are equipped with the first connection and draw end, and the first connection draws end equipped with the
One connecting hole；The both ends of second anchor ear main body 22 are equipped with the second connection and draw end, and the second connection draws end and is equipped with the second connecting hole；The
One connection, which draws the first connecting hole on end and connect to draw second connecting hole at end and be cooperatively connected by bolt and nut with second, makes first
Anchor ear main body 21 and the second anchor ear main body 22 are encircled on 1 outer wall of electric pole；One end of angle cleat 23 is welded on the second anchor ear
In main body 22, the other end and connecting plate 24 of angle cleat 23 are welded to connect；The small anchor ear 25 of disjunctor is equipped with multiple semicircular rings, semicircular ring
Annulus connecting plate is equipped between semicircular ring, annulus connecting plate is equipped with first and connects hole；Connecting plate 24 is equipped with quantity and position point
Connect hole compatible second with first and connect hole, second, which connects hole and second, connects between hole equipped with spacing；The center of spacing with
The center of semicircular ring is corresponding；First company hole and the second company hole by bolt and nut mating connection make the small anchor ear of disjunctor 25 and
Connecting plate 24 connects.
Wherein, it is strip hole that second on connecting plate 24, which connects hole,.
Steel boss and patch can be equipped in the inner wall of the first anchor ear main body 21 and the inner wall of the second anchor ear main body 22
Apply the anti-skid rubber cushion in steel boss surface.
It should be appreciated that claiming a certain element or layer to be " connected " or " coupled " in another element or layer "upper" to another member
When part or layer, another element or layer may be connected directly or are coupled to directly on another element or layer, it is also possible to
There are intermediary element or layers.On the contrary, claim a certain element by directly on another element or layer, " being directly connected to " or " straight
Connect coupling " to another element or layer when, then intermediary element or layer is not present.The similar member of similar digital indication in all attached drawings
Part.As used herein, term "and/or" includes one or more any and all combinations of related institute's list.
In the present invention, one end of angle cleat 23 is welded on the middle position of the second anchor ear main body 22；Angle cleat 23
The other end be welded on the middle position of connecting plate 24.
In the present invention, the first lower family lead 6 includes: wirerope, and the first flower basket bolt 31, the first steel cable clamp 32 is tied up
Cotton rope 33, the second steel cable clamp 34 and the second flower basket bolt 35；The connecting hook of first flower basket bolt 31 is drawn with the first lower family
The first of line 6 links ring 12 and hooks connection；The connection ring of first flower basket bolt 31 is wound with wirerope, and steel wire rope head passes through first
Steel cable clamp 32 is bound on a steel cord；The connecting hook of second flower basket bolt 35 links part with the second electricity consumer power distribution station 16
36 hook connection；The connection ring of second flower basket bolt 35 is wound with wirerope, and steel wire rope head is tied up by the second steel cable clamp 34
Determine on a steel cord；Electricity consumer cable is tied up on a steel cord by wiring rope 33.
Second lower family lead 7 is identical as the first lower 6 structure of family lead, and the specific structure of the second lower family lead 7 repeats no more.
Solar power generation controller and battery can be set in the first electricity consumer power distribution station 15 or the second electricity consumer power distribution station 16.
In the present invention, the first electricity consumer power distribution station 15 is equipped with the first low pressure feeder pillar 41 and the first electricity box 42；Into first
The electricity consumer cable of electricity consumer power distribution station 15 is directed to the first electricity consumer power distribution station 15 by the second lower family lead 7, and corresponding
It is connect with the first low pressure feeder pillar 41 and the first electricity box 42；Second electricity consumer power distribution station 16 is equipped with the second low pressure feeder pillar 43 and the
Two electricity box 44；Electricity consumer cable into the second electricity consumer power distribution station 16 descends family lead 6 to be directed to the second electricity consumption by first
Family power distribution station 16, and correspondence is connect with the second low pressure feeder pillar 43 and the second electricity box 44.
First electricity consumer power distribution station 15 and the second electricity consumer power distribution station 16 set up separately in the two sides of electric pole 1.It is relatively more equal in this way
The drawbacks of pulling electric pole 1 of weighing apparatus can forget about it to avoid one direction or tilt electric pole 1.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (9)
1. a kind of cable supporting device with cohesion device characterized by comprising electric pole (1), cross-arm (2) and too
Positive energy electrification component；
Cross-arm (2) is equipped with multiple insulated terminals (3) of connecting cable；Cross-arm (2) passes through the first crossarm bolt (74) respectively
It is connect with the second crossarm bolt (75) with the anchor ear connecting hole (71) of cross-arm anchor ear (72), and cross-arm anchor ear is embraced and is located at electric pole
(1) on outer wall, cross-arm (2) is installed in the position at the top of electric pole (1) by cross-arm anchor ear (72)；Cross-arm anchor ear (72)
Inner wall is equipped with steel boss (73), and the surface of steel boss (73) has sticked anti-skid rubber cushion；
Solar power generation component includes: fixed mechanism (50), solar panel (61), solar power generation controller and electric power storage
Pond；
Solar panel (61) is connect by solar power generation controller with battery；Solar panel (61) passes through fixation
Mechanism (50) is installed in the top of electric pole (1).
2. the cable supporting device according to claim 1 with cohesion device, which is characterized in that
Electric pole (1) is equipped with gradient inductor；First electricity consumer power distribution station (15) or the second electricity consumer power distribution station (16) are internal
Equipped with control cabinet；
Mainboard is equipped with inside control cabinet, mainboard is equipped with single-chip microcontroller (10), communication module and display screen；
Gradient inductor on electric pole (1) is connect with single-chip microcontroller (10), and single-chip microcontroller obtains the inclination of electric pole (1) in real time
Degree, and the gradient for taking electric pole (1) is shown by display screen；Also the gradient of electric pole (1) is uploaded by communication module
To host computer.
3. the cable supporting device according to claim 2 with cohesion device, which is characterized in that
Gradient inductor includes: gradient induction chip U3, resistance R1, resistance R2, resistance R3, resistance R4, capacitor C1, capacitor
C2, capacitor C3, capacitor C4, capacitor C5, transport and placing device U1 and transport and placing device U2；
Mono- foot of gradient induction chip U3 passes through resistance R1 respectively and connects power supply, is grounded by capacitor C1, gradient induction chip U3
Two feet ground connection, tetra- foot of gradient induction chip U3 ground connection, six foot of gradient induction chip U3 connect the clock control of single-chip microcontroller (10)
Signal, receives the clock control signal that single-chip microcontroller (10) are sent, and tri- foot of gradient induction chip U3 connects the PWM letter of single-chip microcontroller (10)
Number send pin, single-chip microcontroller (10) send level controling signal；
Five foot of gradient induction chip U3 is connect with capacitor C2 first end and capacitor C3 first end respectively；Capacitor C3 second is terminated
Ground, capacitor C2 second end are connect with resistance R3 first end and tri- foot of transport and placing device U1 respectively, and bis- foot of transport and placing device U1 and a foot connect respectively
Connect the first data receiver of single-chip microcontroller；
Seven foot of gradient induction chip U3 is connect with capacitor C4 first end and capacitor C5 first end respectively, and capacitor C5 second is terminated
Ground, capacitor C4 second end are connect with resistance R4 first end and mono- foot of transport and placing device U2 respectively；Resistance R4 second end ground connection；Transport and placing device U2
Two feet and three feet are separately connected the first data receiver of single-chip microcontroller；Single-chip microcontroller uses STM32F103；Gradient induction chip U3
Using ZCT600ML or ZCT260J or LY215；
Gradient inductor is powered using 5V DC power supply, to reduce interference of the power supply to gradient inductor, power supply with connect
Capacitor C1 between ground plays the role of decoupling, and resistance R1 plays Anti-Jamming；
Capacitor C3 and capacitor C5 can be such that the bandwidth of inclination signal is limited in the frequency of preset threshold, while capacitor C3 and electricity
Hold C5 and plays filter action；
Capacitor C2, resistance R3, transport and placing device U1, which is played, carries out bandpass filtering to the inclination signal of induction；
Same capacitor C4, resistance R4, transport and placing device U2, which are played, carries out bandpass filtering to the inclination signal of induction；
Gradient induction chip U3 is every to pass through a preset duration, obtains the clock control signal that single-chip microcontroller (10) are sent, and starting is inclined
Gradient induction, tri- foot of gradient induction chip U3 receives when being currently high level, from five foot of gradient induction chip U3 to monolithic
Machine (10) sends the first current gradient；
Using a preset duration, the clock control signal that single-chip microcontroller (10) are sent, starting gradient induction, gradient sense are obtained
When tri- foot of chip U3 being answered to receive currently as low level, current the is sent from seven foot of gradient induction chip U3 to single-chip microcontroller (10)
Two gradients；
The first gradient and the second gradient that single-chip microcontroller (10) will acquire ask difference to obtain whether current gradient difference becomes
Change, the whether super gradient difference threshold range of variable quantity；
The first gradient and the second gradient are compared with predetermined inclination degree threshold value respectively also, whether judge present inclination
Superthreshold；
When any superthreshold of above-mentioned comparison, is alarmed, and prompt messages are sent to host computer, passed through by display screen
Host computer warning note.
4. the cable supporting device according to claim 1 or 2 with cohesion device, which is characterized in that
Fixed mechanism (50) includes: upper holder (57), and lower fixed frame (58), upper holder (57) and lower fixed frame (58) pass through
At least four the first uniformly distributed connection square steel (63) connections；
Upper holder (57) is equipped at least four the second uniformly distributed connections square steel (62), the top of the second connection square steel (62)
End is connect with the rear support plate of solar panel (61), and the bottom end and upper holder (57) of the second connection square steel (62) are even
It connects；
Upper holder (57) includes: first level square steel (51), and the second horizontal square steel (52), first fixes anchor ear (53), and second
Fixed anchor ear (54), the first standing screw (55) and the second standing screw (56)；
First level square steel (51) is arranged in parallel with the second horizontal square steel (52), first fixed anchor ear (53) and the second fixed anchor ear
(54) it is arranged between first level square steel (51) and the second horizontal square steel (52)；
First standing screw (55) sequentially passes through first level square steel (51) fixation hole, and first fixes anchor ear (53) fixation hole, the
Two fixed anchor ear (54) fixation holes and the second horizontal square steel (52) fixation hole, by nut by the two of the first standing screw (55)
End is corresponding to be connected with first level square steel (51) and the second horizontal square steel (52) locking；
Second standing screw (56) sequentially passes through first level square steel (51) fixation hole, and first fixes anchor ear (53) fixation hole, the
Two fixed anchor ear (54) fixation holes and the second horizontal square steel (52) fixation hole, by nut by the two of the second standing screw (56)
End is corresponding to be connected with first level square steel (51) and the second horizontal square steel (52) locking；
First fixed anchor ear (53) and second fixed anchor ear (54), which are embraced, is located at electric pole (1) outside, keeps upper holder (57) fixed
It is external in electric pole (1)；
The inner wall of first fixed anchor ear (53) and the inner wall of second fixed anchor ear (54) are respectively equipped with steel boss, steel boss
Surface has sticked anti-skid rubber cushion, and anti-skid rubber cushion and electric pole (1) appearance are towards abutting.
5. the cable supporting device according to claim 1 or 2 with cohesion device, which is characterized in that
Further include: the first electricity consumer power distribution station (15), the second electricity consumer power distribution station (16), first lower family lead (6) and second
Lower family lead (7)；
Electric pole (1) is connected with multiple conducting mechanisms (4) and Xia Hu lead bindiny mechanism (5)；
Xia Hu lead bindiny mechanism (5) is equipped with the first connection ring (11) and the second connection ring (17)；
First lower family lead (6) one end is equipped with first and links ring (12), and first lower family lead (6) other end is equipped with second and links ring
(13)；
Second lower family lead (7) one end is equipped with first and links ring (18), and second lower family lead (7) other end is equipped with second and links ring
(19)；
The first of first lower family lead (6) links ring (12) and the first connection ring (11) of Xia Hu lead bindiny mechanism (5) hooks
Connection；
The first of second lower family lead (7) links ring (18) and the second connection ring (17) of Xia Hu lead bindiny mechanism (5) hooks
Connection；
The second of first lower family lead (6) links ring (13) and the second electricity consumer power distribution station (16) is hooked and connected；
The second of second lower family lead (7) links ring (19) and the first electricity consumer power distribution station (15) is hooked and connected；
Multiple conducting mechanisms (4) are from top to bottom arranged between cross-arm (2) and Xia Hu lead bindiny mechanism (5)；Electricity consumer cable
Line one end is connect with the power cable on insulated terminal (3), and electricity consumer cable is extended downwardly along electric pole (1), and is led to
It crosses conducting mechanism (4) to be installed on electric pole (1) outer wall, the electricity consumer cable into the first electricity consumer power distribution station (15) passes through
Second lower family lead (7) guiding；
Electricity consumer cable into the second electricity consumer power distribution station (16) is guided by first lower family lead (6).
6. the cable supporting device according to claim 5 with cohesion device, which is characterized in that
Conducting mechanism (4) includes: the first anchor ear main body (21), the second anchor ear main body (22), angle cleat (23), connecting plate (24) with
And the small anchor ear of disjunctor (25)；
The both ends of first anchor ear main body (21) are equipped with the first connection and draw end, and the first connection draws end and is equipped with the first connecting hole；
The both ends of second anchor ear main body (22) are equipped with the second connection and draw end, and the second connection draws end and is equipped with the second connecting hole；
First connection draw end on the first connecting hole connect with second draw end the second connecting hole pass through bolt and nut mating connection
Encircle the first anchor ear main body (21) and the second anchor ear main body (22) on electric pole (1) outer wall；
One end of angle cleat (23) is welded in the second anchor ear main body (22), the other end of angle cleat (23) and connecting plate (24)
It is welded to connect；
The small anchor ear of disjunctor (25) is equipped with multiple semicircular rings, and annulus connecting plate, annulus connecting plate are equipped between semicircular ring and semicircular ring
It is equipped with first and connects hole；
Connecting plate (24) is equipped with quantity and position and connects compatible second company in hole hole with first respectively, and second, which connects hole, connects hole with second
Between be equipped with spacing；The center of spacing and the center of semicircular ring are corresponding；
First company hole connect the small anchor ear of disjunctor (25) with connecting plate (24) by bolt and nut mating connection with the second company hole；
One end of angle cleat (23) is welded on the middle position of the second anchor ear main body (22)；
The other end of angle cleat (23) is welded on the middle position of connecting plate (24)；
Second on connecting plate (24) connects hole for strip hole.
7. the cable supporting device according to claim 4 with cohesion device, which is characterized in that
First lower family lead (6) include: wirerope, the first flower basket bolt (31), the first steel cable clamp (32), wiring rope
(33), the second steel cable clamp (34) and the second flower basket bolt (35)；
The connecting hook of first flower basket bolt (31) links ring (12) with the first of first lower family lead (6) and hooks connection；First flower
The connection ring of basket bolt (31) is wound with wirerope, and steel wire rope head is bound on a steel cord by the first steel cable clamp (32)；
Link part (36) of the connecting hook of second flower basket bolt (35) and the second electricity consumer power distribution station (16) hook connection；Second flower
The connection ring of basket bolt (35) is wound with wirerope, and steel wire rope head is bound on a steel cord by the second steel cable clamp (34)；
Electricity consumer cable is tied up on a steel cord by wiring rope (33).
8. the cable supporting device according to claim 4 with cohesion device, which is characterized in that
First electricity consumer power distribution station (15) is equipped with the first low pressure feeder pillar (41) and the first electricity box (42)；
Electricity consumer cable into the first electricity consumer power distribution station (15) descends family lead (7) to be directed to the first electricity consumer by second
Power distribution station (15), and correspondence is connect with the first low pressure feeder pillar (41) and the first electricity box (42)；
Second electricity consumer power distribution station (16) is equipped with the second low pressure feeder pillar (43) and the second electricity box (44)；
Electricity consumer cable into the second electricity consumer power distribution station (16) descends family lead (6) to be directed to the second electricity consumer by first
Power distribution station (16), and correspondence is connect with the second low pressure feeder pillar (43) and the second electricity box (44).
9. the cable supporting device according to claim 5 with cohesion device, which is characterized in that
First electricity consumer power distribution station (15) and the second electricity consumer power distribution station (16) set up separately in the two sides of electric pole (1)；
Xia Hu lead bindiny mechanism (5) is arranged close to electric pole (1) medium position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811012725.7A CN108988271B (en) | 2018-08-31 | 2018-08-31 | Cable supporting mechanism with holding device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811012725.7A CN108988271B (en) | 2018-08-31 | 2018-08-31 | Cable supporting mechanism with holding device |
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| CN108988271A true CN108988271A (en) | 2018-12-11 |
| CN108988271B CN108988271B (en) | 2020-10-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811012725.7A Active CN108988271B (en) | 2018-08-31 | 2018-08-31 | Cable supporting mechanism with holding device |
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| CN108988271B (en) | 2020-10-23 |
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Address after: 256200 No.69, third Daixi Road, Daixi sub district office, Zouping City, Binzhou City, Shandong Province Applicant after: Zouping power supply Co.,Ltd. Address before: Three road 256200 Shandong County of Zouping province Binzhou City Dai Xi No. 69 Applicant before: ZOUPING POWER SUPPLY Co. |
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Effective date of registration: 20200918 Address after: Building 1-2, power supply company, 701 Yangcheng 4th Road, Xincheng sub district office, Yangxin County, Binzhou City, Shandong Province Applicant after: YANGXIN POWER SUPPLY COMPANY OF STATE GRID SHANDONG ELECTRIC POWER Co. Address before: 256200 No.69, third Daixi Road, Daixi sub district office, Zouping City, Binzhou City, Shandong Province Applicant before: Zouping power supply Co.,Ltd. |
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