CN207878444U - A kind of Phase of Electric Power Projects is set with bar pit tamper actual load - Google Patents
A kind of Phase of Electric Power Projects is set with bar pit tamper actual load Download PDFInfo
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- CN207878444U CN207878444U CN201820210029.6U CN201820210029U CN207878444U CN 207878444 U CN207878444 U CN 207878444U CN 201820210029 U CN201820210029 U CN 201820210029U CN 207878444 U CN207878444 U CN 207878444U
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- 238000000034 method Methods 0.000 abstract description 9
- 230000008569 process Effects 0.000 abstract description 8
- 230000000149 penetrating effect Effects 0.000 abstract description 3
- 238000004804 winding Methods 0.000 description 6
- 230000008859 change Effects 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 238000003780 insertion Methods 0.000 description 4
- 230000037431 insertion Effects 0.000 description 4
- 238000000926 separation method Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
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- 241000209202 Bromus secalinus Species 0.000 description 2
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Abstract
The utility model discloses a kind of Phase of Electric Power Projects to be set with bar pit tamper actual load, belongs to power engineering apparatus field, it is desirable to provide and a kind of Phase of Electric Power Projects is set with bar pit tamper actual load, its key points of the technical solution are that：Including the weight for stretching into the positioning tube in bar hole, being moved up and down along positioning tube central axes, weight is equipped with steel wire rope towards the side of positioning tube nozzle, the other end of steel wire rope stretches out positioning tube nozzle, positioning tube nozzle is equipped with fixed plate, fixed plate is located at the perforating offered on the position of positioning tube central axes for steel wire penetrating, and the part that steel wire rope is pierced by perforating is moved up and down by being located at lifters in fixed plate along the direction of positioning tube central axes；The utility model has the advantages that：The number that operator manually adjusts tamping depth is reduced, so that entire compacting process is had the advantages that time saving and energy saving.
Description
Technical field
The utility model is related to power engineering apparatus field, more particularly to a kind of Phase of Electric Power Projects bar pit tamper actual load
It sets.
Background technology
It in current Phase of Electric Power Projects, needs to tamp bar hole, real-time to bar pit tamper, in order to improve compacting
Degree and efficiency, at present generally use machine to bar hole tamp.
The patent of Chinese patent notification number CN205205804U discloses a kind of Phase of Electric Power Projects and is set with bar pit tamper actual load,
Including guiding trestle and reinforcement mechanism, guiding trestle includes positioning tube, stretches out block, guide rod and support plate；On guide rod
Several through-holes are provided with, the week edge of support plate is provided with the pilot sleeve being mutually socketed with guide rod, pilot sleeve and guide rod
It is to be mutually permanently connected by the shop bolt being plugged in through-hole；Reinforcement mechanism include motor, runner, connecting rod, weight and
Buffer disc is provided with projecting shaft on the eccentric position of runner, and connecting rod one end is hinged with projecting shaft, and the other end of connecting rod is
It is connected with each other with weight, several damping springs is circumferentially provided between buffer disc and weight.
But since support plate is integrally fixed at during being tamped on guide rod, and the length of guide rod is solid
Fixed, it is fixed to lead to the depth of buffer board compacting at this time, so whenever needing to change the depth of compacting, is required for operating
Person manually changes the position of support plate on the guide bar, thus entire compacting process have the shortcomings that it is time-consuming and laborious.
Utility model content
The purpose of this utility model is to provide a kind of Phase of Electric Power Projects and is set with bar pit tamper actual load, the advantage is that：It reduces
Operator manually adjusts the number of tamping depth, so that entire compacting process is had the advantages that time saving and energy saving.
The above-mentioned technical purpose of the utility model technical scheme is that：A kind of Phase of Electric Power Projects
It is set with bar pit tamper actual load, including the positioning tube stretched into bar hole, the weight moved up and down along positioning tube central axes, the weight court
It is equipped with steel wire rope to the side of positioning tube nozzle, the other end of the steel wire rope stretches out positioning tube nozzle, the positioning tube nozzle
It is equipped with fixed plate, the fixed plate is located at the perforating offered on the position of positioning tube central axes for steel wire penetrating, institute
It states steel wire rope and is pierced by the part of perforating and moved up and down along the direction of positioning tube central axes by being located at lifters in fixed plate.
Through the above scheme, when operator carries out bar pit tamper positive activity, during operator first cheats positioning tube insertion rod, so
One end of steel wire rope is fixed on weight towards the side of positioning tube nozzle afterwards, then weight is put into positioning tube, next
Operator need to only be moved up and down weight along the axis direction of positioning tube by lifters, and beating for each is cheated in weight and bar
The Ramming operation that bar is cheated can be completed by hitting down, since the length of steel wire rope is much larger than the height of positioning tube, so when bar hole needs
When the depth to be tamped changes, the depth that the length of steel wire rope can be cheated according to bar changes and changes length, so operator is only
The compacted depth of a weight need to be adjusted at the beginning of Ramming operation, therefore reduce operator in bar pit tamper reality
The course of work in manually adjust the number of tamping depth, so that entire compacting process is had the advantages that time saving and energy saving.
Further, the lifters include being oppositely arranged on fixed plate away from weight side and being located at perforating aperture two
First rotation seat of side, the second rotation seat, one end are rotatably connected in the first rotation seat, and the other end is rotatably connected on the second rotation
In seat and the rotation axis of the second rotation seat is stretched out, is located in fixed plate and second rotation seat one end of shaft and rotation axis stretching is connect
Motor, the wirerope-winding is in rotation axis on position between the first rotation seat, the second rotation seat, the rotation axis
The one end for stretching out the second rotation seat is connected by the shaft of connector and motor, and the motor is by being located at moving member in fixed plate
Along the direction reciprocating motion away from or towards rotation axis.
Through the above scheme, operator by wirerope-winding on the rotating shaft after, followed by connector by motor
Shaft links together with rotation axis, then starts motor, is rotated in the rotation lower band turn moving axis of machine shaft, rotation axis
Rotation drives wirerope-winding on the rotating shaft, and on the rotating shaft with wirerope-winding, weight is along towards the side of rotation axis
To movement, when weight is moved to certain height, operator releases the fixation of rotation axis and machine shaft, and weight is certainly at this time
It is moved downward under the action of body gravity until weight is contradicted with bar hole bottom；When operator is again by weight along towards rotation axis
Direction movement when, operator again links together the shaft of motor with rotation axis, next repeats above operation
, have the advantages that be conveniently operated.
Further, the connector include be located at machine shaft towards rotation axis one end link block, be opened in connection
Block towards rotation axis side the link slot being inserted into towards motor one end for rotation axis, be opened in rotation axis towards motor one end and
Positioned at the jack rotated at axis center, the inserted link being located in link slot slot bottom insertion jack, opens up axis on the rotating shaft and turn
Moving axis axis it is vertical and be connected to jack mounting hole, be opened on jack inner wall and be located at mounting hole close to jack side aperture
The fixing groove at place, sliding are connected on fixing groove inner wall and part stretches out the fixed block of fixing groove notch, is located at fixed block and deviates from
Fixing groove slot slot bottom side and it is located at fixed block towards fixing groove slot bottom side, separately towards the inclined-plane in jack aperture direction, one end
One end is located at the compressed spring of fixing groove slot bottom, one end is located at fixed block towards fixing groove slot bottom side, and the other end, which is located at, to be fixed
Hole far from the aperture of jack one end fixed link, be opened on link slot inner wall for fixed link far from fixed block one end be inserted into annular
Slot, the block being located on annular groove inner wall.
Through the above scheme, when operator needs the shaft by rotation axis and motor to link together, operator will
Motor is moved along towards the direction of rotation axis, until inserted link is inserted into jack, during inserted link is inserted into jack, fixed block exists
It is moved along towards the direction of fixing groove slot bottom under the extruding of inclined-plane and inserted link, compressed spring is compressed at this time, is existed in fixed block
In fixing groove along being moved towards the direction of fixing groove slot bottom during, fixed link is moved along towards the direction of annular groove,
After fixed block slides into fixing groove, fixed link is inserted into annular groove, and then operator starts motor, in the rotation of machine shaft
Lower fixed link is contradicted with block, and after fixed link is contradicted with block, the shaft of motor drives rotation axis rotation；When operator need by
When shaft and the rotation axis separation of motor, operator first moves motor along far from the direction of rotation axis, at this time inserted link from
It is taken out in jack, during inserted link is removed out of jack, fixed block is under the elastic force effect of compressed spring along far from solid
Determine the movement of slot slot bottom direction, until fixed link is removed out of annular groove, after fixed link is removed out of annular groove, operator can incite somebody to action
Rotation axis and the separation of the shaft of motor, have the advantages that the shaft convenient separation, quick of rotation axis and motor.
Further, the fixed plate is equipped with the placement block that power supply machine is placed, and the moving member includes being opened in placement
Power supply machine moves reciprocatingly along the direction away from or towards rotation axis on block shifting chute is located on motor and is moved in shifting chute
Dynamic sliding block is located at and places the cylinder that block is fixedly connected with sliding block away from steel wire rope one end far from steel wire rope side and piston rod.
Through the above scheme, operator by motor along being moved towards or away from the direction of rotation axis when, operator only needs
Start cylinder, in the case where the piston rod of cylinder drives, motor is moved along the direction towards or away from rotation axis, and it is convenient to have
The advantages of operator's mobile motor.
Further, the weight is equipped with first pressure sensor, the fixed plate direction weight away from the side of fixed plate
The side of hammer, which is equipped with, contradicts bar, and the conflict bar is equipped with second pressure sensor towards one end of weight, and the cylinder is equipped with
Receive first pressure sensor and second pressure sensor signal and the receiver for controlling cylinder operation.
Through the above scheme, when weight towards the direction of rotation axis along being moved to second pressure sensor, at this time
Second pressure sensor sends out signal, when the receiver on cylinder receives the signal from second pressure sensor, gas
The piston rod of cylinder is shunk, and motor is made to be moved along the direction far from rotation axis, until the shaft of motor is detached with rotation axis, when weight
When hammer is contradicted with ground, first pressure sensor sends out signal, and the receiver on cylinder is received to be passed from first pressure
When the signal of sensor, the piston rod of cylinder stretches, and motor is made to be moved along towards the direction of rotation axis, until until motor turns
Axis links together with rotation axis, and the cooperation of first pressure sensor, second pressure sensor and receiver improves entire rammer
The degree of automation of real process.
Further, opposite on rotation axis position corresponding with perforating aperture to be equipped with the first wire-blocking board, second gear
Line plate.
Through the above scheme, wire-blocking board makes wirerope-winding on rotation axis position corresponding with perforating, therefore reduces
The possibility of steel wire rope and perforating hole wall friction.
Further, the straight slot for steel wire penetrating is offered on first wire-blocking board, the straight slot is far from rotation axis
Side cell wall be in communication with the outside, the one end of the steel wire rope far from weight be equipped with fixed column, the straight slot is close to rotation axis
Side offers the through-hole passed through for fixed column, and the one end of the fixed column far from weight is equipped with baffle.
Through the above scheme, when operator is fixed on the rotating shaft by the one end of steel wire rope far from weight, operator
The one end for being equipped with fixed column equipped with steel wire rope is passed through into groove first, then fixed column is inserted into through-hole, makes baffle and first
Wire-blocking board away from the second wire-blocking board side contradict, then operator by wirerope-winding positioned at first gear line plate, second gear
In rotation axis between line plate, you can easily and efficiently realize the fixation between steel wire rope one end and rotation axis far from weight.
Further, the weight is equipped with several limits towards on positioning tube inner wall towards the side of positioning tube inner wall
Bar, the one end of the gag lever post far from weight are equipped with the idler wheel rolled on positioning tube inner wall.
Through the above scheme, it is moved in positioning tube due to weight, so weight has generates collision with positioning tube inner wall
May, gag lever post then reduces the possibility that weight generates collision with positioning tube inner wall, and idler wheel makes between gag lever post and positioning tube
Friction is changed into rolling friction by sliding friction, reduces the wear extent between gag lever post and positioning tube.
To sum up, the utility model has the advantages that：When operator carries out bar pit tamper positive activity, due to steel wire rope
Length is much larger than the height of positioning tube, so when bar hole needs the depth tamped to change, the length of steel wire rope can be according to bar
The depth in hole changes and changes length, so operator only need to adjust the compacting of a weight at the beginning of Ramming operation
Depth, therefore the number that operator manually adjusts tamping depth in the course of work of bar pit tamper reality is reduced, make
It is time saving and energy saving that entire compacting process has the advantages that.
Description of the drawings
Fig. 1 is the overall structure diagram of the present embodiment；
Fig. 2 is the structural schematic diagram that the present embodiment is used to embody connector；
Fig. 3 is the structural schematic diagram that the present embodiment is used to embody through-hole；
Fig. 4 is the structural schematic diagram that the present embodiment is used to embody idler wheel.
In figure, 1, positioning tube；11, weight；12, steel wire rope；13, fixed plate；14, perforating；2, lifters；21, first
Rotation seat；22, the second rotation seat；23, rotation axis；24, motor；3, connector；31, link block；32, link slot；33, jack；
34, inserted link；35, mounting hole；36, fixing groove；37, fixed block；38, inclined-plane；39, compressed spring；391, fixed link；392, annular
Slot；393, block；4, moving member；41, block is placed；42, shifting chute；43, sliding block；44, cylinder；5, first pressure sensor；51、
Contradict bar；52, second pressure sensor；53, receiver；6, the first wire-blocking board；61, the second wire-blocking board；7, straight slot；71, fixed
Column；72, through-hole；73, baffle；8, gag lever post；81, idler wheel.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
Wherein identical parts are presented with like reference characters.It should be noted that word used in the following description
Language "front", "rear", "left", "right", "up" and "down" refer to the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and
"outside" refers respectively to the direction towards or away from geometric center of specific component.
A kind of Phase of Electric Power Projects is set with bar pit tamper actual load, as shown in Figure 1, including stretching into the positioning tube 1 in bar hole, along fixed
The weight 11 that position 1 central axes of cylinder move up and down（Such as Fig. 4）.Weight 11 is equipped with steel wire rope 12, steel towards the side of 1 nozzle of positioning tube
The other end of cord 12 stretches out 1 nozzle of positioning tube, and 1 nozzle of positioning tube is equipped with fixed plate 13, and fixed plate 13 is located in positioning tube 1
The perforating 14 passed through for steel wire rope 12 is offered on the position of axis, steel wire rope 12 is pierced by the part of perforating 14 by being located at
Lifters 2 are moved up and down along the direction of 1 central axes of positioning tube in fixed plate 13.The length of steel wire rope 12 is much larger than positioning tube 1
Height.
As shown in Figure 1, when operator carries out bar pit tamper positive activity, during operator first cheats 1 insertion rod of positioning tube, then
One end of steel wire rope 12 is fixed on weight 11（Such as Fig. 4）Towards the side of 1 nozzle of positioning tube, weight 11 is then put into positioning
In cylinder 1, following operator need to only be moved up and down weight 11 along the axis direction of positioning tube 1 by lifters 2, in weight
11 cheated under each strike with bar can be by Ramming operation completion that bar cheat.Since the length of steel wire rope 12 is much larger than positioning tube
1 height, so when bar hole needs the depth tamped to change, the depth that the length of steel wire rope 12 can be cheated according to bar change and
Change length, so operator only need to adjust the compacted depth of a weight 11, therefore at the beginning of Ramming operation
The number that operator manually adjusts 11 compacted depth of weight in the course of work of bar pit tamper reality is reduced, entire compacting process is made
It is time saving and energy saving to have the advantages that.
As shown in Figure 1, lifters 2 include being oppositely arranged on fixed plate 13 away from 11 side of weight and being located at 14 hole of perforating
First rotation seat 21 of mouth both sides, the second rotation seat 22, one end are rotatably connected in the first rotation seat 21, other end rotation connection
In the second rotation seat 22 and the rotation axis 23 of the second rotation seat 22 is stretched out, is located in fixed plate 13 and shaft and rotation axis 23 are stretched
Go out the motor 24 of 22 one end of the second rotation seat connection, steel wire rope 12 is wrapped in rotation axis 23 and is located at 21, second turns of the first rotation seat
On position between dynamic seat 22, one end that rotation axis 23 stretches out the second rotation seat 22 passes through connector 3（Such as Fig. 2）With motor 24
Shaft connects, and motor 24 is moved back and forth by being located at moving member 4 in fixed plate 13 along the direction away from or towards rotation axis 23.
As shown in Figure 1, after steel wire rope 12 is wrapped in rotation axis 23 by operator, followed by connector 3（Such as Fig. 2）
The shaft of motor 24 and rotation axis 23 are linked together, then start motor 24, in the rotation lower band turn of 24 shaft of motor
Moving axis 23 rotates, and the rotation of rotation axis 23 drives steel wire rope 12 to be wrapped in rotation axis 23, as steel wire rope 12 is wrapped in rotation
On axis 23, weight 11（Such as Fig. 4）It is moved along towards the direction of rotation axis 23, when weight 11 is moved to certain height, behaviour
Author releases the fixation of rotation axis 23 and 24 shaft of motor, and weight 11 is moved downward under the effect of gravity until weight at this time
Hammer 11 is contradicted with bar hole bottom；When operator towards the direction of rotation axis 23 again by weight 11 along moving, operation
Person again links together the shaft of motor 24 and rotation axis 23, next repeats above operation, and has and is conveniently operated
The advantages of.
As shown in Fig. 2, connector 3 include be located at 24 shaft of motor towards 23 one end of rotation axis link block 31, be opened in
Link block 31 towards 23 side of rotation axis the link slot 32 being inserted into towards 24 one end of motor for rotation axis 23, be opened in rotation axis
23 jacks 33 towards 24 one end of motor and at 23 center of rotation axis are located at 32 slot bottom of link slot and are inserted into inserting in jack 33
Bar 34, be opened in axis in rotation axis 23 it is vertical with 23 axis of rotation axis and be connected to jack 33 mounting hole 35, be opened in it is slotting
It is connected to 36 inner wall of fixing groove on 33 inner wall of hole and positioned at fixing groove 36 of the mounting hole 35 at 33 side aperture of jack, sliding
Upper and part stretches out the fixed block 37 of 36 notch of fixing groove, is located at fixed block 37 away from 36 slot slot bottom side of fixing groove and towards inserting
Inclined-plane 38, the one end in 33 aperture direction of hole are located at fixed block 37 towards 36 slot bottom side of fixing groove, and the other end is located at fixing groove 36
The compressed spring 39 of slot bottom, one end are located at fixed block 37 towards 36 slot bottom side of fixing groove, and it is separate that the other end is located at mounting hole 35
Fixed link 391 at 33 one end aperture of jack is opened on 32 inner wall of link slot and is inserted far from 37 one end of fixed block for fixed link 391
The block 393 for entering annular groove 392, being located on 392 inner wall of annular groove.
As shown in Fig. 2, when operator needs the shaft by rotation axis 23 and motor 24 to link together, operator will
Motor 24 is moved along towards the direction of rotation axis 23, until inserted link 34 is inserted into jack 33, inserted link 34 is inserted into the mistake of jack 33
Cheng Zhong, fixed block 37 are moved along towards the direction of 36 slot bottom of fixing groove under the extruding of inserted link 34 on inclined-plane 38, are compressed at this time
Spring 39 is compressed, fixed block 37 in the fixing groove 36 along being moved towards the direction of 36 slot bottom of fixing groove during, Gu
Fixed pole 391 is moved along towards the direction of annular groove 392, after fixed block 37 slides into fixing groove 36,391 insertion ring of fixed link
In shape slot 392, then operator starts motor 24, and fixed link 391 is contradicted with block 393 under the rotation of 24 shaft of motor, Gu
After fixed pole 391 is contradicted with block 393, the shaft of motor 24 drives rotation axis 23 to rotate.When operator needs to turn in motor 24
When axis and rotation axis 23 detach, operator first moves motor 24 along the direction far from rotation axis 23, at this time inserted link 34 from
It is taken out in jack 33, during inserted link 34 is removed out of jack 33, fixed block 37 is under the elastic force effect of compressed spring 39
Along moving far from 36 slot bottom direction of fixing groove, until fixed link 391 is removed out of annular groove 392, fixed link 391 is from annular groove
After being removed in 392, operator can detach rotation axis 23 and the shaft of motor 24, the shaft with rotation axis 23 and motor 24
Convenient separation, quick advantage.
As shown in Figure 1, fixed plate 13 is equipped with the placement block 41 that power supply machine 24 is placed.Moving member 4 includes being opened in placement
Power supply machine 24 moves reciprocatingly along the direction away from or towards rotation axis 23 on block 41 shifting chute 42 is located on motor 24
The sliding block 43 that is moved in shifting chute 42 is located at and places block 41 far from 12 side of steel wire rope and piston rod and sliding block 43 are away from steel wire rope
The cylinder 44 that 12 one end are fixedly connected.Operator by motor 24 along being moved towards or away from the direction of rotation axis 23 when, manipulate
Person need to only start cylinder 44, and in the case where the piston rod of cylinder 44 drives, motor 24 is along towards or away from the side of rotation axis 23
To movement, has the advantages that the person's of being conveniently operated mobile motor 24.
As shown in Figure 1, weight 11（Such as Fig. 4）It is equipped with first pressure sensor 5 away from the side of fixed plate 13（Such as Fig. 4）,
Fixed plate 13 is equipped with towards the side of weight 11 and contradicts bar 51, contradicts bar 51 and is sensed towards one end of weight 11 equipped with second pressure
Device 52, cylinder 44, which is equipped with, to be received first pressure sensor 5 and 52 signal of second pressure sensor and controls the work of cylinder 44
Receiver 53.
As shown in Figure 1, when weight 11 towards the direction of rotation axis 23 along being moved to second pressure sensor 52, this
When second pressure sensor 52 send out signal, the receiver 53 on cylinder 44 is received from second pressure sensor 52
When signal, the piston rod of cylinder 44 is shunk, and motor 24 is made to be moved along the direction far from rotation axis 23, until the shaft of motor 24
It is detached with rotation axis 23, when weight 11 and ground conflict, first pressure sensor 5 sends out signal, connecing on cylinder 44
When receipts device 53 receives the signal from first pressure sensor 5, the piston rod stretching, extension of cylinder 44 makes motor 24 turn along direction
The direction of moving axis 23 is moved, until until the shaft of motor 24 links together with rotation axis 23, first pressure sensor 5, the
The cooperation of two pressure sensors 52 and receiver 53 improves the degree of automation of entire compacting process.
As shown in Figure 1, opposite on the position corresponding with 14 aperture of perforating of rotation axis 23 be equipped with the first wire-blocking board 6, second
Wire-blocking board 61.First wire-blocking board 6, the second wire-blocking board 61 make steel wire rope 12 be wrapped in the position corresponding with perforating 14 of rotation axis 23
On, therefore reduce the possibility of steel wire rope 12 and 14 hole wall friction of perforating.
As shown in figure 3, offering the straight slot 7 passed through for steel wire rope 12 on the first wire-blocking board 6, straight slot 7 is far from rotation axis 23
Side cell wall be in communication with the outside, steel wire rope 12 is far from weight 11（Such as Fig. 4）One end be equipped with fixed column 71, straight slot 7 close to turn
The side of moving axis 23 offers the through-hole 72 passed through for fixed column 71, and the one end of fixed column 71 far from weight 11 is equipped with baffle 73.
When the one end of steel wire rope 12 far from weight 11 is fixed in rotation axis 23 by operator, operator will be equipped with steel wire rope first
12 one end for being equipped with fixed column 71 pass through groove, and then fixed column 71 is inserted into through-hole 72, makes baffle 73 and the first wire-blocking board 6
It is contradicted away from the side of the second wire-blocking board 61, then steel wire rope 12 is wrapped in positioned at the first wire-blocking board 6, second gear line by operator
In rotation axis 23 between plate 61, you can easily and efficiently realize the one end far from weight 11 of steel wire rope 12 and rotation axis 23 it
Between fixation.
As shown in figure 4, weight 11 is equipped with several limits towards on 1 inner wall of positioning tube towards the side of 1 inner wall of positioning tube
Position bar 8, the one end of gag lever post 8 far from weight 11 are equipped with the idler wheel 81 rolled on 1 inner wall of positioning tube.Since weight 11 is positioning
It is moved in cylinder 1, so weight 11 has the possibility for generating collision with 1 inner wall of positioning tube, gag lever post 8 then to reduce weight 11 and positioning
1 inner wall of cylinder generates the possibility of collision, and idler wheel 81 makes the friction between gag lever post 8 and positioning tube 1 be changed into rolling by sliding friction
Friction, reduces the wear extent between gag lever post 8 and positioning tube 1.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
Claims (8)
1. a kind of Phase of Electric Power Projects is set with bar pit tamper actual load, including stretches into the positioning tube in bar hole（1）, along positioning tube（1）In
The weight that axis moves up and down（11）, it is characterized in that：The weight（11）Towards positioning tube（1）The side of nozzle is equipped with steel wire rope
（12）, the steel wire rope（12）The other end stretch out positioning tube（1）Nozzle, the positioning tube（1）Nozzle is equipped with fixed plate
（13）, the fixed plate（13）Positioned at positioning tube（1）It is offered for steel wire rope on the position of central axes（12）The perforating passed through
（14）, the steel wire rope（12）It is pierced by perforating（14）Part by being located at fixed plate（13）Upper lifters（2）Along positioning
Cylinder（1）The direction of central axes moves up and down.
2. a kind of Phase of Electric Power Projects according to claim 1 is set with bar pit tamper actual load, it is characterized in that：The lifters
（2）Including being oppositely arranged on fixed plate（13）Away from weight（11）Side and be located at perforating（14）First rotation of aperture both sides
Seat（21）, the second rotation seat（22）, one end be rotatably connected on the first rotation seat（21）Interior, the other end is rotatably connected on the second rotation
Seat（22）Interior and the second rotation seat of stretching（22）Rotation axis（23）, be located at fixed plate（13）Upper and shaft and rotation axis（23）It stretches
Go out the second rotation seat（22）The motor of one end connection（24）, the steel wire rope（12）It is wrapped in rotation axis（23）Positioned at the first rotation
Seat（21）, the second rotation seat（22）Between position on, the rotation axis（23）Stretch out the second rotation seat（22）One end pass through
Connector（3）With motor（24）Shaft connection, the motor（24）By being located at fixed plate（13）Upper moving member（4）Along remote
From or towards rotation axis（23）Direction move back and forth.
3. a kind of Phase of Electric Power Projects according to claim 2 is set with bar pit tamper actual load, it is characterized in that：The connector
（3）Including being located at motor（24）Shaft is towards rotation axis（23）The link block of one end（31）, be opened in link block（31）Direction turns
Moving axis（23）Side for rotation axis（23）Towards motor（24）The link slot that one end is inserted into（32）, be opened in rotation axis（23）Court
To motor（24）One end and be located at rotation axis（23）Jack at center（33）, be located at link slot（32）Slot bottom is inserted into jack（33）
Interior inserted link（34）, be opened in rotation axis（23）Upper axis and rotation axis（23）Axis is vertical and and jack（33）The fixation of connection
Hole（35）, be opened in jack（33）On inner wall and it is located at mounting hole（35）Close to jack（33）Fixing groove at the aperture of side
（36）, sliding be connected to fixing groove（36）Fixing groove is stretched out on inner wall and part（36）The fixed block of notch（37）, be located at fixation
Block（37）Away from fixing groove（36）Slot bottom side and towards jack（33）The inclined-plane in aperture direction（38）, one end be located at fixed block
（37）Towards fixing groove（36）Slot bottom side, the other end are located at fixing groove（36）The compressed spring of slot bottom（39）, one end be located at it is solid
Determine block（37）Towards fixing groove（36）Slot bottom side, the other end are located at mounting hole（35）Far from jack（33）Consolidating at the aperture of one end
Fixed pole（391）, be opened in link slot（32）For fixed link on inner wall（391）Far from fixed block（37）Annular groove is inserted into one end
（392）, be located at annular groove（392）Block on inner wall（393）.
4. a kind of Phase of Electric Power Projects according to claim 2 is set with bar pit tamper actual load, it is characterized in that：The fixed plate
（13）It is equipped with power supply machine（24）The placement block of placement（41）, the moving member（4）Including being opened in placement block（41）Upper power supply
Machine（24）Along away from or towards rotation axis（23）The shifting chute that moves reciprocatingly of direction（42）, be located at motor（24）On moving
Dynamic slot（42）The sliding block of interior movement（43）, be located at placement block（41）Far from steel wire rope（12）Side and piston rod and sliding block（43）The back of the body
From steel wire rope（12）The cylinder that one end is fixedly connected（44）.
5. a kind of Phase of Electric Power Projects according to claim 4 is set with bar pit tamper actual load, it is characterized in that：The weight（11）
Away from fixed plate（13）Side be equipped with first pressure sensor（5）, the fixed plate（13）Towards weight（11）Side set
There is conflict bar（51）, the conflict bar（51）Towards weight（11）One end be equipped with second pressure sensor（52）, the cylinder
（44）It is equipped with and receives first pressure sensor（5）With second pressure sensor（52）Signal simultaneously controls cylinder（44）Work connects
Receive device（53）.
6. a kind of Phase of Electric Power Projects according to claim 4 is set with bar pit tamper actual load, it is characterized in that：The rotation axis
（23）With perforating（14）It is opposite on the corresponding position in aperture to be equipped with the first wire-blocking board（6）, the second wire-blocking board（61）.
7. a kind of Phase of Electric Power Projects according to claim 6 is set with bar pit tamper actual load, it is characterized in that：First wire-blocking board
（6）On offer for steel wire rope（12）The straight slot passed through（7）, the straight slot（7）Far from rotation axis（23）Side cell wall with it is outer
Boundary is connected to, the steel wire rope（12）Far from weight（11）One end be equipped with fixed column（71）, the straight slot（7）Close to rotation axis
（23）Side offer for fixed column（71）The through-hole passed through（72）, the fixed column（71）Far from weight（11）One end set
There is baffle（73）.
8. a kind of Phase of Electric Power Projects according to claim 4 is set with bar pit tamper actual load, it is characterized in that：The weight（11）
Towards positioning tube（1）The side of inner wall is equipped with several towards positioning tube（1）Gag lever post on inner wall（8）, the gag lever post（8）
Far from weight（11）One end be equipped in positioning tube（1）The idler wheel rolled on inner wall（81）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820210029.6U CN207878444U (en) | 2018-02-06 | 2018-02-06 | A kind of Phase of Electric Power Projects is set with bar pit tamper actual load |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820210029.6U CN207878444U (en) | 2018-02-06 | 2018-02-06 | A kind of Phase of Electric Power Projects is set with bar pit tamper actual load |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207878444U true CN207878444U (en) | 2018-09-18 |
Family
ID=63509208
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820210029.6U Expired - Fee Related CN207878444U (en) | 2018-02-06 | 2018-02-06 | A kind of Phase of Electric Power Projects is set with bar pit tamper actual load |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207878444U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110863411A (en) * | 2019-12-09 | 2020-03-06 | 佛山新籁工程科技有限公司 | Road construction ramming machine convenient for adjusting ramming force |
| CN113832949A (en) * | 2021-09-22 | 2021-12-24 | 中国电建集团青海省电力设计院有限公司 | Rod pit tamping device for electric power engineering |
-
2018
- 2018-02-06 CN CN201820210029.6U patent/CN207878444U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110863411A (en) * | 2019-12-09 | 2020-03-06 | 佛山新籁工程科技有限公司 | Road construction ramming machine convenient for adjusting ramming force |
| CN110863411B (en) * | 2019-12-09 | 2021-07-09 | 孙伟 | Road construction ramming machine convenient for adjusting ramming force |
| CN113832949A (en) * | 2021-09-22 | 2021-12-24 | 中国电建集团青海省电力设计院有限公司 | Rod pit tamping device for electric power engineering |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |