CN208777291U

CN208777291U - A kind of efficient Phase of Electric Power Projects tamping apparatus

Info

Publication number: CN208777291U
Application number: CN201820663382.XU
Authority: CN
Inventors: 刘芳婷; 林智星; 林忠
Original assignee: Guangdong Dehao Construction Co Ltd
Current assignee: Guangdong Dehao Construction Co Ltd
Priority date: 2018-05-04
Filing date: 2018-05-04
Publication date: 2019-04-23
Anticipated expiration: 2028-05-04

Abstract

The utility model discloses a kind of efficient Phase of Electric Power Projects tamping apparatus, its structure includes lifting safe handle, vibration support motor, upper buffer limit block, incude water injector, tamp fixed plate, lower buffer limit block, it is connected and fixed end block, compression spring reciprocator, motor link block, balance handle bar, control balance weight, the upper end of compacting fixed plate is installed in the lower end of lower buffer limit block, the upper mechanical of lower buffer limit block is connected to the lower end for being connected and fixed end block, the outer surface of end block is connected and fixed by being connected on the outside of induction water injector and lower buffer limit block upper end, the utility model has the beneficial effects that by increasing induction water injector in equipment, when equipment carries out the tamping operation of power construction, equipment in time and can be rapidly performed by depositing dust operation when dust is more, to guarantee that it sets The health of standby tamping operation gone on smoothly and guarantee its staff, and be conducive to the further tamping operation of equipment.

Description

A kind of efficient Phase of Electric Power Projects tamping apparatus

Technical field

The present invention is a kind of efficient Phase of Electric Power Projects tamping apparatus, belongs to power construction tamping apparatus field.

Background technique

Phase of Electric Power Projects is the rammer compacter tamped by shaking panel vibration road pavement with tamping apparatus.Mainly pass through machine Power effect inside tool makes to be rolled layer and generates permanent deformation and closely knit, is suitable for various compacting operations.

In the prior art, in tamping operation of the equipment when carrying out power construction, it is easy to produce a large amount of dust and scrap, And equipment can not carry out quick and effective dust depositing dust operation, to be easy to cause equipment because of powder under prolonged work Dirt and it is breaking, the quality for being not only easy equipment tamping operation is lower and threaten the health of its staff, more inconvenient.

Summary of the invention

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of compactings of efficient Phase of Electric Power Projects to set Standby, to solve in the prior art, equipment is easy to produce a large amount of dust and gives up in the tamping operation when carrying out power construction Bits, and equipment can not carry out quick and effective dust depositing dust operation, thus under prolonged work, be easy to cause equipment because Dust and it is breaking, the quality for being not only easy equipment tamping operation is lower and threaten the health of its staff, more inconvenient The problem of.

To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of efficient power engineering Construction tamping apparatus, structure include lift safe handle, vibration support motor, upper buffer limit block, induction water injector, Compacting fixed plate, lower buffer limit block, be connected and fixed end block, compression spring reciprocator, motor link block, balance handle bar, Control balance weight, the upper end of the compacting fixed plate is installed in the lower end of lower buffer limit block, the lower buffer limit block it is upper End is mechanically connected to the lower end for being connected and fixed end block, and the outer surface for being connected and fixed end block is delayed by induction water injector with lower It rushing on the outside of limited block upper end and is connected, the upper end for being connected and fixed end block is installed in the lower end of compression spring reciprocator, The upper mechanical of the compression spring reciprocator is connected to buffer limit block volume lower end, the upper end of the upper buffer limit block It is welded in the lower end of vibration support motor, the rear robot of the vibration support motor is connected to the front end of control balance weight, institute The left and right ends screw connection of vibration support motor is stated in the inner wall of motor link block, the upper end of the motor link block is welded in The lower end of handle bar is balanced, the upper end of the balance handle bar is installed in the left and right ends for lifting safe handle lower end, the sense Answering water injector includes screw knob lid, isolation protection shell, guidance drainage mechanism, guiding mechanism, water spray nozzle, induction Link block, more bar transmission mechanisms, fixed limit link block, reinforces oblique fixed link, turns to bindiny mechanism, skin latch bindiny mechanism The upper end of band reciprocating transmission mechanism, the induction link block is welded in the lower end of latch bindiny mechanism, the latch bindiny mechanism The downside of guiding mechanism left end is mechanically connected on the upside of left end, the upper end of the guiding mechanism right end is installed in more The lower end of bar transmission mechanism, the upper mechanical of more bar transmission mechanisms are connected to the lower end for turning to bindiny mechanism, the steering The left end of bindiny mechanism is meshed in the right end of belt reciprocating transmission mechanism, the left end of the belt reciprocating transmission mechanism through The middle part of drainage mechanism right end is guided, the threaded upper ends of the guidance drainage mechanism are connected to the lower end of screw knob lid, described The upper surface of isolation protection shell is welded in through the left end of isolation protection upper shell, the lower end of the isolation protection shell Spray water nozzle upper end and be integrated, the lower surface of the isolation protection shell is through isolation protection shell lower end Left end, right side of the outer surface of the induction link block through isolation protection shell lower end, the right side of the isolation protection shell End is welded in the left end of fixed limit link block, and the upper and lower ends of the fixed limit link block, which are equipped with, reinforces oblique fixed link.

Preferably, the latch bindiny mechanism is by No.1 guide rod, guide rod supports block, No. three guide rods, No. two guide rods, card Tooth support rod, latch fifth wheel, compression spring, spring retainer block, latch driver plate, limit fast pulley composition, the induction connect The lower end that compression spring is installed on the right side of the upper end of block is connect, the upper mechanical of the compression spring is connected under spring retainer block End, the right end of the spring retainer block are welded in the right end of isolation protection outer casing inner wall, the left side of the induction link block upper end It is welded in the lower end of latch driver plate, the right surface gap of the latch driver plate is matched with the outer surface of limit fast pulley, institute The left end for stating latch driver plate is meshed in the outer surface of latch fifth wheel, and the rear and front end of the latch fifth wheel is mechanically connected In the upper end of latch support rod, the lower end of the latch support rod is welded in the lower end of isolation protection outer casing inner wall, the latch The right end of No. two guide rods is mechanically connected on the outside of fifth wheel front end, the left end of No. two guide rods passes through No. three guide rods and guide rod The upper end of supporting block is connected, and the left side of No. two guide rods and the upper end of No. three guide rods are movably connected under No.1 guide rod End, the upper end of the No.1 guide rod is installed in the left end of guiding mechanism.

Preferably, the guiding mechanism is led by transmission connection latch wheel, two-way convex block shaft, transverse slat limit Wheel, latch transverse plate, limit guide wheel, transverse slat limited block, support reset spring composition, the upper end of the No.1 guide rod is installed in biography The outer surface in the outside of dynamic connection card gear front end, the transmission connection latch wheel is meshed in the left side of two-way convex block shaft, The outer surface of limit guide wheel is installed on the right side of the two-way convex block shaft, the upper surface of the limit guide wheel is meshed in latch The lower end of transverse plate, for the upper surface clearance fit of the latch transverse plate in the outer surface of transverse slat limit guide wheel, the latch is horizontal The upper end of transverse slat limited block, the right side of the transverse slat limited block and the right side of isolation protection outer casing inner wall are welded in the right end of plate By supporting reset spring to be connected.

Preferably, more bar transmission mechanisms are solid by No.1 connecting rod, No. three connecting rods, roller supporting bar, limit Determine idler wheel, No. two connecting rods, connecting groove shaft, groove spring bearing composition, the upper end of the No.1 connecting rod is installed in two Before the lower end of number connecting rod, the lower end of No. two connecting rods and the upper mechanical of No.1 connecting rod are connected to limit fixed idler whell The rear and front end in the outside at end, the limit fixed idler whell is movably connected on the left end of roller supporting bar, the No.1 connecting rod The middle part of front end is connected by No. three connecting rods with the front center of No. two connecting rods, the upper end activity of No. two connecting rods It is connected to the lower end of connecting groove shaft, the right end of the connecting groove shaft is welded in the left end of groove spring bearing, described The upper end of connecting groove shaft is movably connected on the lower end for turning to bindiny mechanism.

Preferably, the steering bindiny mechanism is by groove activity guide block, guide block fixed block, the first drive rod, second Drive rod, vertical thread spindle are threadedly coupled wheel, horizontal thread axis, latch screw thread wheel composition, the upper end of the connecting groove shaft Be movably connected on the lower end of groove activity guide block, the groove activity guide block set there are two and upper end be welded in guide block fixed block Lower end, the upper end of the guide block fixed block are movably connected on the lower end of the first drive rod, the upper end installing of first drive rod In the lower end of the second drive rod, the upper mechanical of second drive rod is connected to the outside for being threadedly coupled wheel front end, the spiral shell It is meshed on the outside of line fifth wheel rear end in vertical thread spindle front surface, the rear surface and horizontal thread axis of the vertical thread spindle Right surface be meshed, the left end of the horizontal thread axis is meshed in the outside of latch screw thread wheel front end.

Preferably, the belt reciprocating transmission mechanism by latch driven pedrail, upper crawler belt guide wheel, lower crawler belt guide wheel, Fixed latch transverse slat, T-type sealing block composition, the upper end of the latch driven pedrail inner wall is affixed the appearance together in upper crawler belt guide wheel Face, the lower end of the latch driven pedrail inner wall and the outer surface of lower crawler belt guide wheel fit, under the latch driven pedrail End is meshed in the upper end of fixed latch transverse slat, and the left end of the fixed latch transverse slat is welded in the right end of T-type sealing block, described The outer surface of T-type sealing block through guidance drainage mechanism right end middle part.

Preferably, the guidance drainage mechanism by water inlet pipe mouth, water storage box, water guide drainpipe, interval guiding gutter, lead Water connecting tube, drain pipe port composition, through the right end of interval guiding gutter, the interval led for the outer surface of the T-type sealing block The upper end of sink is welded in the lower end of water guide drainpipe, and the upper mechanical of the water guide drainpipe is connected to the lower end of water storage box, The upper end of the water storage box is connected by water inlet pipe mouth with the lower end of screw knob lid, the lower end welding of the interval guiding gutter In the upper end of water guide connecting tube, the lower end of the water guide connecting tube is installed in the upper end of water spray nozzle.

Preferably, the lower mechanical of the No.1 connecting rod is connected to the right end of latch transverse plate, the latch is passed The outer surface of dynamic crawler belt upper end is meshed in the outer surface of latch screw thread wheel.

Preferably, the lower end of the induction link block is welded in the upper end of lower buffer limit block, the fixed limit The right end of link block is welded in the outer surface for being connected and fixed end block.

Beneficial effect

A kind of efficient Phase of Electric Power Projects tamping apparatus of the present invention is needing to carry out power construction using this equipment When tamping operation, staff should first move the device into designated position, and fill water for its water storage box, and be its vibration support Motor connects power supply, at this point, this equipment can be used normally, in equipment moving tamping operation, lower buffer limit block will It can constantly be vibrated because of compacting fixed plate in tamping operation, lower buffer limit block will be followed constantly to shake to incude link block It is dynamic, to make its latch driver plate be able to drive its latch fifth wheel reciprocating rotation, and secondly number guide rod and No.1 guide rod Under effect, its latch wheel rotation that is sequentially connected is driven, to drive it to limit guide wheel under the action of two-way convex block shaft and turn It is dynamic, to enable its latch transverse plate to move back and forth left and right under the position-limiting action of transverse slat limit guide wheel, to drive one Number connecting rod and No. two connecting rods can drive its connecting groove shaft to rotate in time, and drive guide block to consolidate by groove activity guide block Block side-to-side movement is determined, so that allowing it to be threadedly coupled wheel can normally turn under the action of the first drive rod and the second drive rod It is dynamic, so that its vertical thread spindle is able to drive the rotation of horizontal thread axis, and by latch screw thread wheel under the action of, drive latch transmission to carry out Band rotates under the action of upper crawler belt guide wheel is with lower crawler belt guide wheel, so that so that it is fixed latch tabularium moves T-type sealing block or so It moves back and forth, at this point, under the action of T-type sealing block, it will make its water source in interval guiding gutter, do not flow to sparge pipe Mouthful, to carry out the depositing dust operation of tamping operation: by increasing induction water injector in equipment, carrying out electric power in equipment and apply When the tamping operation of work, equipment in time and can be rapidly performed by depositing dust operation when dust is more, to guarantee its equipment The health of tamping operation gone on smoothly and guarantee its staff, and be conducive to the further tamping operation of equipment.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of efficient Phase of Electric Power Projects tamping apparatus of the present invention.

Fig. 2 is a kind of structural schematic diagram of the induction water injector of efficient Phase of Electric Power Projects tamping apparatus of the present invention One.

Fig. 3 is a kind of structural schematic diagram of the induction water injector of efficient Phase of Electric Power Projects tamping apparatus of the present invention Two.

Fig. 4 is the structural schematic diagram of the working condition of present invention induction water injector.

In figure: lifting safe handle -1, vibration support motor -2, upper buffer limit block -3, induction water injector -4, compacting Fixed plate -5, lower buffer limit block -6 are connected and fixed end block -7, compression spring reciprocator -8, motor link block -9, balance and hold Barre -10, control balance weight -11, screw knob lid -401, isolation protection shell -402, guidance drainage mechanism -403, guiding branch Support mechanism -404, induction link block -406, latch bindiny mechanism -407, more bar transmission mechanisms -408, is fixed water spray nozzle -405 Limit link block -409, the oblique fixed link -410 of reinforcement, steering bindiny mechanism -411, belt reciprocating transmission mechanism -412, No.1 are led Bar -4071, -4072, No. three guide rods -4073 of guide rod supports block, No. two guide rods -4074, latch support rod -4075, latch connection Wheel -4076, compression spring -4077, spring retainer block -4078, latch driver plate -4079, limit fast pulley -40710, transmission connect Connect latch wheel -4041, two-way convex block shaft -4042, transverse slat limit guide wheel -4043, latch transverse plate -4044, limit guide wheel - 4045, transverse slat limited block -4046, support reset spring -4047, No.1 connecting rod -4081, No. three connecting rods -4082, idler wheel branch Strut -4083, limit fixed idler whell -4084, No. two connecting rods -4085, connecting groove shaft -4086, groove spring bearing - 4087, groove activity guide block -4111, guide block fixed block -4112, the first drive rod -4113, the second drive rod -4114, vertical spiral shell Line axis -4115, be threadedly coupled wheel -4116, horizontal thread axis -4117, latch screw thread wheel -4118, latch driven pedrail -4121, Upper crawler belt guide wheel -4122, lower crawler belt guide wheel -4123, fixed latch transverse slat -4124, T-type sealing block -4125, water inlet pipe mouth - 4031, water storage box -4032, water guide drainpipe -4033, interval guiding gutter -4034, water guide connecting tube -4035, drain pipe port - 4036。

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

The present invention provides a kind of efficient Phase of Electric Power Projects tamping apparatus referring to FIG. 1 to FIG. 4: its structure includes Lift safe handle 1, vibration support motor 2, upper buffer limit block 3, induction water injector 4, compacting fixed plate 5, lower buffering limit Position block 6 is connected and fixed end block 7, compression spring reciprocator 8, motor link block 9, balance handle bar 10, control balance weight 11, The upper end of the compacting fixed plate 5 is installed in the lower end of lower buffer limit block 6, and the upper mechanical of the lower buffer limit block 6 connects It is connected to the lower end for being connected and fixed end block 7, the outer surface for being connected and fixed end block 7 is limited by induction water injector 4 and lower buffering Position is connected on the outside of 6 upper end of block, and the upper end for being connected and fixed end block 7 is installed in the lower end of compression spring reciprocator 8, institute The upper mechanical for stating compression spring reciprocator 8 is connected to 3 volume lower end of buffer limit block, the upper buffer limit block 3 it is upper End is welded in the lower end of vibration support motor 2, before the rear robot of the vibration support motor 2 is connected to control balance weight 11 End, the left and right ends screw connection of the vibration support motor 2 in the inner wall of motor link block 9, the motor link block 9 it is upper End is welded in the lower end of balance handle bar 10, and the upper end of the balance handle bar 10 is installed in the left side for lifting safe 1 lower end of handle Right both ends, the induction water injector 4 include screw knob lid 401, isolation protection shell 402, guidance drainage mechanism 403, lead To supporting mechanism 404, water spray nozzle 405, induction link block 406, latch bindiny mechanism 407, more bar transmission mechanisms 408, fix Link block 409 is limited, reinforces oblique fixed link 410, turn to bindiny mechanism 411, belt reciprocating transmission mechanism 412, the induction connects The upper end for connecing block 406 is welded in the lower end of latch bindiny mechanism 407, and the upside machinery of 407 left end of latch bindiny mechanism connects It is connected to the downside of 404 left end of guiding mechanism, the upper end of 404 right end of guiding mechanism is installed in more bar transmission mechanisms 408 lower end, the upper mechanical of more bar transmission mechanisms 408 are connected to the lower end for turning to bindiny mechanism 411, and the steering connects The left end of connection mechanism 411 is meshed in the right end of belt reciprocating transmission mechanism 412, and the left end of the belt reciprocating transmission mechanism is passed through It is through at the middle part of guidance 403 right end of drainage mechanism, the threaded upper ends of the guidance drainage mechanism 403 are connected to screw knob lid 401 lower end, it is described isolation protection shell 402 upper surface through isolation protection 402 upper end of shell left end, it is described every The lower end of protection shell 402 absolutely is welded in the upper end of water spray nozzle 405 and is integrated, and shell 402 is protected in the isolation Lower surface through isolation protection 402 lower end of shell left end, it is described induction link block 406 outer surface through isolation protect The right side of 402 lower end of shell is protected, the right end of the isolation protection shell 402 is welded in the left end of fixed limit link block 409, institute The upper and lower ends for stating fixed limit link block 409, which are equipped with, reinforces oblique fixed link 410, and the latch bindiny mechanism 407 is led by No.1 Bar 4071, guide rod supports block 4072, three guide rod 4073, two guide rod 4074, latch support rod 4075, latch fifth wheel 4076, compression spring 4077, spring retainer block 4078, latch driver plate 4079, limit fast pulley 40710 form, the induction The lower end of compression spring 4077 is installed on the right side of the upper end of link block 406, the upper mechanical of the compression spring 4077 is connected to The lower end of spring retainer block 4078, the right end of the spring retainer block 4078 are welded in the right end of isolation protection 402 inner wall of shell, The lower end of latch driver plate 4079, the right side of the latch driver plate 4079 are welded on the left of induction 406 upper end of link block Surface gap is matched with the outer surface of limit fast pulley 40710, and the left end of the latch driver plate 4079 is meshed to be connected in latch The rear and front end of the outer surface of cock wheel 4076, the latch fifth wheel 4076 is mechanically connected to the upper end of latch support rod 4075, The lower end of the latch support rod 4075 is welded in the lower end of isolation protection 402 inner wall of shell, before the latch fifth wheel 4076 The right end of No. two guide rods 4074 is mechanically connected on the outside of end, the left end of No. two guide rods 4074 passes through No. three guide rods 4073 It is connected with the upper end of guide rod supports block 4072, the upper end activity in the left side of No. two guide rods 4074 and No. three guide rods 4073 It is connected to the lower end of No.1 guide rod 4071, the upper end of the No.1 guide rod 4071 is installed in the left end of guiding mechanism 404, institute It states guiding mechanism 404 and guide wheel 4043, latch is limited by transmission connection latch wheel 4041, two-way convex block shaft 4042, transverse slat Transverse plate 4044, limit guide wheel 4045, transverse slat limited block 4046, support reset spring 4047 form, the No.1 guide rod 4071 Upper end be installed in transmission connection 4041 front end of latch wheel outside, it is described transmission connection latch wheel 4041 outer surface mutually nibble Together in the left side of two-way convex block shaft 4042, the right side of the two-way convex block shaft 4042 is installed in the outer of limit guide wheel 4045 The upper surface on surface, the limit guide wheel 4045 is meshed in the lower end of latch transverse plate 4044, the latch transverse plate 4044 Upper surface clearance fit in the outer surface of transverse slat limit guide wheel 4043, the right end of the latch transverse plate 4044 is welded in transverse slat The upper end of limited block 4046, the right side of the transverse slat limited block 4046 and isolation, which are protected, passes through support on the right side of 402 inner wall of shell Reset spring 4047 is connected, and more bar transmission mechanisms 408 are by No.1 connecting rod 4081, No. three connecting rods 4082, idler wheel branch Strut 4083, limit 4084, No. two connecting rods 4085 of fixed idler whell, connecting groove shaft 4086,4087 groups of groove spring bearing The lower end of No. two connecting rods 4085 is installed at, the upper end of the No.1 connecting rod 4081, under No. two connecting rods 4085 The upper mechanical of end and No.1 connecting rod 4081 is connected to the outside of limit 4084 front end of fixed idler whell, the limit fixed idler whell 4084 rear and front end is movably connected on the left end of roller supporting bar 4083, passes through in the middle part of 4081 front end of No.1 connecting rod No. three connecting rods 4082 are connected with the front center of No. two connecting rods 4085, the upper end activity of No. two connecting rods 4085 It is connected to the lower end of connecting groove shaft 4086, the right end of the connecting groove shaft 4086 is welded in groove spring bearing 4087 left end, the upper end of the connecting groove shaft 4086 are movably connected on the lower end for turning to bindiny mechanism 411, the steering Bindiny mechanism 411 is by groove activity guide block 4111, guide block fixed block 4112, the first drive rod 4113, the second drive rod 4114, perpendicular To thread spindle 4115, it is threadedly coupled wheel 4116, horizontal thread axis 4117, the composition of latch screw thread wheel 4118, the connecting groove axis The upper end of bar 4086 is movably connected on the lower end of groove activity guide block 4111, the groove activity guide block 4111 set there are two and on End is welded in the lower end of guide block fixed block 4112, and the upper end of the guide block fixed block 4112 is movably connected on the first drive rod 4113 Lower end, the upper end of first drive rod 4113 is installed in the lower end of the second drive rod 4114, second drive rod 4114 Upper mechanical be connected to the outside for being threadedly coupled 4116 front ends of wheel, be meshed on the outside of 4116 rear ends of threadeds connection wheel in 4115 front surface of vertical thread spindle, the rear surface of the vertical thread spindle 4115 and the right surface of horizontal thread axis 4117 are mutually nibbled It closes, the left end of the horizontal thread axis 4117 is meshed in the outside of 4118 front end of latch screw thread wheel, the belt reciprocal transmission Mechanism 412 is by latch driven pedrail 4121, upper crawler belt guide wheel 4122, lower crawler belt guide wheel 4123, fixed latch transverse slat 4124, T-type Sealing block 4125 forms, and the upper end of 4121 inner wall of latch driven pedrail is affixed the outer surface together in upper crawler belt guide wheel 4122, The lower end of 4121 inner wall of latch driven pedrail and the outer surface of lower crawler belt guide wheel 4123 fit, and the latch transmission is carried out Lower end with 4121 is meshed in the upper end of fixed latch transverse slat 4124, and the left end of the fixed latch transverse slat 4124 is welded in The right end of T-type sealing block 4125, the outer surface of the T-type sealing block 4125 through the middle part of guidance 403 right end of drainage mechanism, The guidance drainage mechanism 403 by water inlet pipe mouth 4031, water storage box 4032, water guide drainpipe 4033, interval guiding gutter 4034, Water guide connecting tube 4035, drain pipe port 4036 form, and the outer surface of the T-type sealing block 4125 is through interval guiding gutter 4034 Right end, the upper end of the interval guiding gutter 4034 is welded in the lower end of water guide drainpipe 4033, the water guide drainpipe 4033 Upper mechanical be connected to the lower end of water storage box 4032, the upper end of the water storage box 4032 passes through water inlet pipe mouth 4031 and screw thread The lower end of knob lid 401 is connected, and the lower end of the interval guiding gutter 4034 is welded in the upper end of water guide connecting tube 4035, described The lower end of water guide connecting tube 4035 is installed in the upper end of water spray nozzle 405, the lower mechanical connection of the No.1 connecting rod 4081 It is meshed in the outer surface of the right end of latch transverse plate 4044,4121 upper end of latch driven pedrail in latch screw thread wheel 4118 Outer surface, the lower end of the induction link block 406 is welded in the upper end of lower buffer limit block 6, the fixed limit link block 409 right end is welded in the outer surface for being connected and fixed end block 7.

Water storage box 4032 described in this patent refers to the water proof equipment for being able to carry out certain water storage, shape size It is usually different according to the required position of its equipment and job site and constantly changed.

Carry out power engineering construction operation when, for its guarantee power construction electric power support column or other articles it is steady It is fixed, it is often necessary to it is tamped using the surrounding soil that this equipment carries out Phase of Electric Power Projects, it can better stabilizer Support column and carry out using when efficient Phase of Electric Power Projects tamping apparatus when, staff should first confirm and check its height Whether the Phase of Electric Power Projects of effect can normally be used with tamping apparatus, and is examined vehicle and confirmed whether induction water injector 4 damages Bad, after confirming no problem, this equipment will be can be used normally in staff, need to carry out power construction using this equipment Tamping operation when, staff should first move the device into designated position, and fill water for its water storage box 4032, and be it Vibration support motor 2 connects power supply, at this point, this equipment can be normally used, in equipment moving tamping operation, lower buffering Limited block 6 will constantly be vibrated because of compacting fixed plate 5 in tamping operation, so that lower delay will be followed by incuding link block 406 Limited block 6 is rushed constantly to vibrate, so that its latch driver plate 4079 is made to be able to drive its 4076 reciprocating rotation of latch fifth wheel, and Secondly driving its latch wheel 4041 that is sequentially connected to rotate, thus two-way under the action of number guide rod 4074 and No.1 guide rod 4071 Under the action of convex block shaft 4042, drives it to limit guide wheel 4045 and rotate, to enable its latch transverse plate 4044 in transverse slat It limits left and right under the position-limiting action of guide wheel 4043 to move back and forth, to drive its No.1 connecting rod 4081 and No. two connecting rods 4085 Its connecting groove shaft 4086 can be driven to rotate in time, and drive guide block fixed block 4112 left by groove activity guide block 4111 Right movement, so that allowing it to be threadedly coupled wheel 4116 can be just under the action of the first drive rod 4113 and the second drive rod 4114 Normal rotation makes its vertical thread spindle 4115 be able to drive the rotation of horizontal thread axis 4117, and by the work of latch screw thread wheel 4118 Under, latch driven pedrail 4121 is driven to rotate under the action of upper crawler belt guide wheel 4122 is with lower crawler belt guide wheel 4123, to make It is fixed latch transverse slat 4124 and T-type sealing block 4125 or so is driven to move back and forth, at this point, under the action of T-type sealing block 4125, It will make its water source in interval guiding gutter 4034, not flow to water spray nozzle 405, so that the depositing dust for carrying out tamping operation is made Industry.

In the prior art, equipment is easy to produce problems solved by the invention in the tamping operation when carrying out power construction A large amount of dust and scrap, and equipment can not carry out quick and effective dust depositing dust operation, thus under prolonged work, It is easy to cause equipment breaking due to dust, not only the quality of easy equipment tamping operation is lower and threatens the body of its staff Health, more inconvenient, the present invention is combined with each other by above-mentioned component, by increasing induction water injector in equipment, When equipment carries out the tamping operation of power construction, equipment in time and can be rapidly performed by depositing dust operation when dust is more, from And guarantee the health of the tamping operation of its equipment gone on smoothly and guarantee its staff, and it is further to be conducive to equipment Tamping operation.

Above only describes basic principle of the invention and preferred embodiment, those skilled in the art can be according to foregoing description Many changes may be made and improves, and these changes and improvements should be within the scope of protection of the invention.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. a kind of efficient Phase of Electric Power Projects tamping apparatus, structure includes lifting safe handle (1), vibration support motor (2), upper buffer limit block (3), induction water injector (4), compacting fixed plate (5), lower buffer limit block (6), be connected and fixed end Block (7), compression spring reciprocator (8), motor link block (9), balance handle bar (10), control balance weight (11), feature It is:

The upper end of compacting fixed plate (5) is installed in the lower end of lower buffer limit block (6), the lower buffer limit block (6) Upper mechanical is connected to the lower end for being connected and fixed end block (7), and the outer surface for being connected and fixed end block (7) passes through induction water spray dress It sets and is connected on the outside of (4) and lower buffer limit block (6) upper end, the upper end for being connected and fixed end block (7) is installed in pressure bullet The lower end of spring reciprocator (8), the upper mechanical of the compression spring reciprocator (8) are connected to buffer limit block (3) volume Lower end, the upper end of the upper buffer limit block (3) are welded in the lower end of vibration support motor (2), and the vibration supports motor (2) Rear robot be connected to control balance weight (11) front end, it is described vibration support motor (2) left and right ends screw connection in The inner wall of motor link block (9), the upper end of the motor link block (9) is welded in the lower end of balance handle bar (10), described flat The upper end of weighing apparatus handle bar (10) is installed in the left and right ends for lifting safe handle (1) lower end；

The induction water injector (4) includes screw knob lid (401), isolation protection shell (402), guidance drainage mechanism (403), guiding mechanism (404), water spray nozzle (405), induction link block (406), latch bindiny mechanism (407), more bars Transmission mechanism (408), fixed limit link block (409), the oblique fixed link (410) of reinforcement, steering bindiny mechanism (411), belt are past Multiple transmission mechanism (412)；

The upper end of induction link block (406) is welded in the lower end of latch bindiny mechanism (407), the latch bindiny mechanism (407) downside of guiding mechanism (404) left end is mechanically connected on the upside of left end, the guiding mechanism (404) is right The upper end at end is installed in the lower end of more bar transmission mechanisms (408), and the upper mechanical of more bar transmission mechanisms (408), which is connected to, to be turned To the lower end of bindiny mechanism (411), the left end for turning to bindiny mechanism (411) is meshed in belt reciprocating transmission mechanism (412) right end, the left end of the belt reciprocating transmission mechanism are described through the middle part of guidance drainage mechanism (403) right end The threaded upper ends of guidance drainage mechanism (403) are connected to the lower end of screw knob lid (401), and shell (402) are protected in the isolation Upper surface through isolation protection shell (402) upper end left end, it is described isolation protection shell (402) lower end be welded in spray It the upper end of hose nozzle (405) and is integrated, the lower surface of isolation protection shell (402) is outer through isolation protection The right side of shell (402) lower end is protected through isolation in the outer surface of the left end of shell (402) lower end, induction link block (406) Side, the right end of isolation protection shell (402) are welded in the left end of fixed limit link block (409), and the fixed limit connects The upper and lower ends for connecing block (409), which are equipped with, reinforces oblique fixed link (410), and the latch bindiny mechanism (407) is by No.1 guide rod (4071), guide rod supports block (4072), No. three guide rods (4073), No. two guide rods (4074), latch support rod (4075), latch connect Cock wheel (4076), compression spring (4077), spring retainer block (4078), latch driver plate (4079), limit fast pulley (40710) Composition, the upper end right side of induction link block (406) are installed in the lower end of compression spring (4077), the compression spring (4077) upper mechanical is connected to the lower end of spring retainer block (4078), and the right end of the spring retainer block (4078) is welded in The right end of shell (402) inner wall is protected in isolation, is welded in latch driver plate on the left of induction link block (406) upper end (4079) lower end, the right surface gap of the latch driver plate (4079) are matched with the outer surface of limit fast pulley (40710), The left end of the latch driver plate (4079) is meshed in the outer surface of latch fifth wheel (4076), the latch fifth wheel (4076) rear and front end is mechanically connected to the upper end of latch support rod (4075), the lower end of the latch support rod (4075) It is welded in the lower end of isolation protection shell (402) inner wall, is mechanically connected to two on the outside of latch fifth wheel (4076) front end The left end of the right end of number guide rod (4074), No. two guide rods (4074) passes through No. three guide rods (4073) and guide rod supports block (4072) upper end is connected, and the left side of No. two guide rods (4074) and the upper end of No. three guide rods (4073) are movably connected on one The lower end of number guide rod (4071), the upper end of the No.1 guide rod (4071) is installed in the left end of guiding mechanism (404), described Guiding mechanism (404) limits guide wheel by transmission connection latch wheel (4041), two-way convex block shaft (4042), transverse slat (4043), latch transverse plate (4044), limit guide wheel (4045), transverse slat limited block (4046), support reset spring (4047) group At the upper end of No.1 guide rod (4071) is installed in the outside of transmission connection latch wheel (4041) front end, the transmission connection latch The outer surface of wheel (4041) is meshed in the left side of two-way convex block shaft (4042), the right side of the two-way convex block shaft (4042) It is installed in the outer surface of limit guide wheel (4045), the upper surface of limit guide wheel (4045) is meshed in latch transverse plate (4044) lower end, the upper surface clearance fit of the latch transverse plate (4044) is in the appearance of transverse slat limit guide wheel (4043) The right end in face, the latch transverse plate (4044) is welded in the upper end of transverse slat limited block (4046), the transverse slat limited block (4046) right side is connected with the right side of isolation protection shell (402) inner wall by support reset spring (4047), described more Bar transmission mechanism (408) is fixed by No.1 connecting rod (4081), No. three connecting rods (4082), roller supporting bar (4083), limit Idler wheel (4084), No. two connecting rods (4085), connecting groove shaft (4086), groove spring bearing (4087) composition, described one The upper end of number connecting rod (4081) is installed in the lower end of No. two connecting rods (4085), the lower end of No. two connecting rods (4085) with The upper mechanical of No.1 connecting rod (4081) is connected to the outside of limit fixed idler whell (4084) front end, the limit fixed idler whell (4084) rear and front end is movably connected on the left end of roller supporting bar (4083), in No.1 connecting rod (4081) front end Portion is connected by No. three connecting rods (4082) with the front center of No. two connecting rods (4085), No. two connecting rods (4085) Upper end be movably connected on the lower ends of connecting groove shaft (4086), the right end of the connecting groove shaft (4086) is welded in recessed The left end of slot spring bearing (4087), the upper end of the connecting groove shaft (4086), which is movably connected on, turns to bindiny mechanism (411) lower end, the steering bindiny mechanism (411) are passed by groove activity guide block (4111), guide block fixed block (4112), first Lever (4113), vertical thread spindle (4115), is threadedly coupled wheel (4116), horizontal thread axis at the second drive rod (4114) (4117), latch screw thread wheel (4118) forms, and the upper end of connecting groove shaft (4086) is movably connected on groove activity guide block (4111) lower end, the groove activity guide block (4111) set there are two and upper end be welded under guide block fixed block (4112) End, the upper end of the guide block fixed block (4112) is movably connected on the lower end of the first drive rod (4113), first drive rod (4113) upper end is installed in the lower end of the second drive rod (4114), and the upper mechanical of second drive rod (4114) is connected to It is threadedly coupled the outside of wheel (4116) front end, the threaded connection wheel is meshed on the outside of (4116) rear end in vertical thread spindle (4115) rear surface of front surface, the vertical thread spindle (4115) is meshed with the right surface of horizontal thread axis (4117), institute The left end for stating horizontal thread axis (4117) is meshed in the outside of latch screw thread wheel (4118) front end, the belt reciprocal transmission machine Structure (412) is by latch driven pedrail (4121), upper crawler belt guide wheel (4122), lower crawler belt guide wheel (4123), fixed latch transverse slat (4124), T-type sealing block (4125) forms, and the upper end of latch driven pedrail (4121) inner wall is affixed together in upper crawler belt guide wheel (4122) outer surface, the lower end of latch driven pedrail (4121) inner wall and the outer surface of lower crawler belt guide wheel (4123) are affixed It closes, the lower end of the latch driven pedrail (4121) is meshed in the upper end of fixed latch transverse slat (4124), the fixed latch The left end of transverse slat (4124) is welded in the right end of T-type sealing block (4125), the outer surface of the T-type sealing block (4125) through The middle part of drainage mechanism (403) right end is guided, the guidance drainage mechanism (403) is by water inlet pipe mouth (4031), water storage box (4032), water guide drainpipe (4033), interval guiding gutter (4034), water guide connecting tube (4035), drain pipe port (4036) composition, The outer surface of T-type sealing block (4125) through interval guiding gutter (4034) right end, the interval guiding gutter (4034) it is upper End is welded in the lower end of water guide drainpipe (4033), and the upper mechanical of the water guide drainpipe (4033) is connected to water storage box (4032) lower end, the upper end of the water storage box (4032) pass through the lower end of water inlet pipe mouth (4031) and screw knob lid (401) It is connected, the lower end of the interval guiding gutter (4034) is welded in the upper end of water guide connecting tube (4035), the water guide connecting tube (4035) lower end is installed in the upper end of water spray nozzle (405), and the lower mechanical of No.1 connecting rod (4081) is connected to latch cross To the right end of plate (4044), the outer surface of latch driven pedrail (4121) upper end is meshed in the appearance of latch screw thread wheel (4118) Face, the lower end of induction link block (406) are welded in the upper end of lower buffer limit block (6), the fixed limit link block (409) right end is welded in the outer surface for being connected and fixed end block (7).