CN108978762A - A kind of flexibly adjustable hydraulic hammer - Google Patents
A kind of flexibly adjustable hydraulic hammer Download PDFInfo
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- CN108978762A CN108978762A CN201810773198.5A CN201810773198A CN108978762A CN 108978762 A CN108978762 A CN 108978762A CN 201810773198 A CN201810773198 A CN 201810773198A CN 108978762 A CN108978762 A CN 108978762A
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02F—DREDGING; SOIL-SHIFTING
- E02F5/00—Dredgers or soil-shifting machines for special purposes
- E02F5/30—Auxiliary apparatus, e.g. for thawing, cracking, blowing-up, or other preparatory treatment of the soil
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- Mining & Mineral Resources (AREA)
- Civil Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Fluid-Pressure Circuits (AREA)
Abstract
The invention discloses a kind of flexibly adjustable hydraulic hammers, including unit protection shell, hydraulic hammer device is connected in the middle part of unit protection outer casing inner wall, hydraulic hammer device includes transverse hydraulic mobile jib, transverse hydraulic strut and longitudinal hydraulic strut, transverse hydraulic mobile jib connects motor by transverse hydraulic strut, the output end of motor is connected with threaded rod, screw thread is socketed with thread bush block on threaded rod, the threaded rod other end is provided with limit film, fixed pull ring is provided on thread bush block, thread bush block is arranged with longitudinal hydraulic mobile jib, longitudinal hydraulic mobile jib is connected with hydraulic hammer by longitudinal hydraulic strut.The present invention drives internal hydraulic pressure mechanism to carry out the work of lateral, longitudinal direction or back-and-forth motion by shirtsleeve operation, so that manipulating hydraulic hammer adjusts working range, expands the distance that hydraulic hammer can contact, improves working efficiency, use is more flexible.
Description
Technical field
The present invention relates to hydraulic hammer technical field, specifically a kind of flexibly adjustable hydraulic hammer.
Background technique
Hydraulic hammer can be attached to various machines, for example, excavator, backacter, tool rack or for stone of milling,
The other similar machine of concrete and other construction materials, hydraulic hammer are installed to the cantilever of machine and are connected to hydraulic system, liquid
High-pressure fluid in pressure system is supplied to hammer to drive the reciprocating-piston contacted with power tool, this causes power tool to exist again
Reciprocating motion while contact with construction material.
Piston is typically included in by shell surrounds and protects impact system, and impact system further includes controlling fluid flow into
With the valve of outflow piston, and the accumulator of the reservoir of fluid is provided at valve, one or more channels are by valve and accumulator
Connection flows in and out one in addition, one or more sealing elements are mounted in impact system to help to fix its component and provide
The sealing in a or multiple channels.
Currently, existing hydraulic hammer is inflexible for use, especially in the work that drive piles etc. in use, can not accurately adjust
The distance and range of hydraulic hammer work are saved, limitation is big in use, and working range is small, influences the progress of work.
Summary of the invention
It is a primary object of the present invention to overcome the deficiencies of the prior art and provide a kind of flexibly adjustable hydraulic hammer, with
Solve in the work that drive piles etc. in use, the distance and range of hydraulic hammer work can not accurately be adjusted, in use
The problem of limitation is big, and working range is small, influences the progress of work.
The present invention adopts the following technical scheme that realize: a kind of flexibly adjustable hydraulic hammer, including unit protection shell,
Described device protects shell lower end to be connected with walking universal wheel by bolt riveted, passes through in the middle part of described device protection outer casing inner wall
Bolt riveted is connected with hydraulic hammer device, and the hydraulic hammer device is arranged with bottom control transmission case, the hydraulic hammer device
On be provided with top circuit control cabinet；The bottom control transmission case includes starting component, transmission control assembly, pressure control group
Part, circuit air pressure component, power-supply control unit, the bottom control, which is driven on box outer wall, is embedded with starting component, the starting
Component is arranged with power-supply control unit, and the starting component side is provided with transmission control assembly, the transmission control assembly
Side is provided with pressure control component, and pressure control component side is connected with circuit air pressure component；The hydraulic hammer device
Including transverse hydraulic mobile jib, transverse hydraulic strut, fixed pull ring, longitudinal hydraulic mobile jib, longitudinal hydraulic strut, hydraulic hammer, motor,
Threaded rod, thread bush block, limit film, the transverse hydraulic mobile jib by transverse hydraulic strut connect motor, the motor it is defeated
Outlet is connected with threaded rod, and screw thread is socketed with thread bush block on the threaded rod, and the threaded rod other end is provided with limit film,
Fixed pull ring is provided on the thread bush block, the thread bush block is arranged with longitudinal hydraulic mobile jib, the longitudinal direction Hydraulic Main
Bar is connected with hydraulic hammer by longitudinal hydraulic strut.
Preferably, the power-supply control unit includes bottom power pack, power supply sliding slot, power supply sliding block, energization connecting rod, electricity
Magnetic patch baffle, electromagnetic block, energization slot, coil, electromagnet and connecting spring are provided with power supply sliding slot on the bottom power pack,
The power supply sliding block being slidably connected with power supply sliding slot is provided in the power supply sliding slot, the power supply chute wall is connected with and power supply
The connecting spring of sliding block connection, power supply sliding block side is connected with energization connecting rod, is connected with electromagnetism on the power supply sliding block
Block, middle position is provided with electromagnetism block baffle on the power supply sliding slot, and the side far from connecting spring is set in the power supply sliding slot
It is equipped with energization slot, electromagnet is provided on the energization slot, the electromagnet is wrapped with coil, and the electromagnet, which is connected with, to be opened
Dynamic component.
Preferably, the starting component includes starting sliding block, energization guide rod, movable sliding and energization contact block, the starting
Sliding block is embedded on movable sliding side, and above starting sliding block, the movable sliding passes through the energization guide rod vertical welding
Bolt riveted is connected to above power-supply control unit, and the energization contact block is connected under transverse hydraulic mobile jib by bolt riveted
Side.
Preferably, the transmission control assembly includes paddle board control motor, triggering rotation paddle board, drive pinion, gear
Conveyer belt, transmission gear wheel, transmission principal arm bar and transmission arm bar, the paddle board control motor are connected to bottom by bolt riveted
On portion's control transmission chamber interior wall, triggering rotation paddle board, the triggering rotation are provided on the output shaft of the paddle board control motor
Engagement is connected with drive pinion on paddle board, is connected between the drive pinion and transmission gear wheel by toothed belts,
Transmission principal arm bar is provided on the transmission gear wheel, the transmission principal arm bar connects pressure control group by transmission arm bar
Part.
Preferably, the pressure control component includes movable limiting slot, fixed rotating shaft, folding retractable bar, fixed supported slab, stretches
Contracting bar limiting slot, piston plate and air pressure tank, the activity limiting slot are embedded on unit protection outer casing inner wall, the fixed rotating shaft
It is connected between movable limiting slot and fixed supported slab by bolt riveted, the fixed supported slab is connected to bottom by bolt riveted
On control transmission chamber interior wall, the telescopic rod limiting slot is embedded on fixed supported slab, and the piston plate is by being excessively cooperatively connected
Inside air pressure tank, the air pressure tank is connected to above power-supply control unit by bolt riveted.
Preferably, the circuit air pressure component include pressure control floating ball, be fixedly connected conducting wire, small contact block, small round can and
Energization spring, the pressure control floating ball are embedded inside air pressure tank, and the conducting wire that is fixedly connected is connected to small round can and power supply
Between control assembly, the small contact block is connected on roundlet top tank structure by energization spring, and the small round can vertical welding is in gas
It presses on tank side, the energization spring is connected between small round can and small contact block.
Preferably, the top circuit control cabinet includes draught line escape groove, circuit control mechanism and power sector, described
Draught line escape groove is embedded on top circuit control box outer wall, and the circuit control mechanism is connected to top by bolt riveted
Inside circuit control box, the power sector is connected in top circuit control cabinet inner bottom surface by bolt riveted.
Preferably, the circuit control mechanism include transmission traction line, transmission truckle, controller, be powered small ball and
Power-on-reset spring, the transmission traction line are connected to fixed pull ring and are powered between small ball, and the transmission truckle passes through
Bolt riveted is connected on top circuit control chamber interior wall, and the controller is connected under transmission truckle by bolt riveted
Side, the controller are connected to top circuit by bolt riveted and control on chamber interior wall, and the small ball that is powered is multiple by being powered
Position spring is connected on top circuit control cabinet bottom, and the power-on-reset spring is connected to be powered small ball and top circuit control
Between case processed.
Preferably, the power sector includes master control power pack and control driving motor, and the master control power pack is logical
It crosses bolt riveted to be connected between control driving motor and top circuit control cabinet, the control driving motor passes through bolt riveted
It is connected to above master control power pack.
Compared with prior art, the beneficial effects of the present invention are: internal hydraulic pressure mechanism can be driven by shirtsleeve operation
The work of lateral, longitudinal direction or back-and-forth motion is carried out, so that manipulating hydraulic hammer adjusts working range, expanding hydraulic hammer be can contact
Distance, improve working efficiency, use is more flexible.
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 flexibly adjustable hydraulic hammer of the present invention；
Fig. 2 is the structural representation under a kind of flexibly transmission control assembly stationary state of adjustable hydraulic hammer of the present invention
Figure；
Fig. 3 is the structural representation under a kind of flexibly transmission control assembly working condition of adjustable hydraulic hammer of the present invention
Figure；
Fig. 4 is the structural representation under a kind of flexibly pressure control component stationary state of adjustable hydraulic hammer of the present invention
Figure；
Fig. 5 is the structural representation under a kind of flexibly pressure control component operation state of adjustable hydraulic hammer of the present invention
Figure；
Fig. 6 is the structural representation under a kind of flexibly circuit control mechanism stationary state of adjustable hydraulic hammer of the present invention
Figure；
Fig. 7 is that the internal structure under a kind of flexibly circuit control mechanism working condition of adjustable hydraulic hammer of the present invention is shown
It is intended to；
Fig. 8 is a kind of structural schematic diagram of the flexibly power-supply control unit of adjustable hydraulic hammer of the present invention；
Fig. 9 is a kind of structural schematic diagram of the flexibly hydraulic hammer device of adjustable hydraulic hammer of the present invention.
In figure: unit protection shell 1, bottom control transmission case 2, hydraulic hammer device 3, top circuit control cabinet 4, bottom line
Walk universal wheel 10, starting component 20, starting sliding block 200, energization guide rod 201, movable sliding 202, energization contact block 203, transmission control
Component 21 processed, paddle board control motor 210, triggering rotation paddle board 211, drive pinion 212, toothed belts 213, transmission canine tooth
Wheel 214, transmission principal arm bar 215, transmission arm bar 216, pressure control component 22, movable limiting slot 220, fixed rotating shaft 221, folding
Folded telescopic rod 222, fixed supported slab 223, telescopic rod limiting slot 224, piston plate 225, air pressure tank 226, circuit air pressure component 23, gas
Voltage-controlled floating ball processed 230, be fixedly connected conducting wire 231, small contact block 232, small round can 233, energization spring 234, power-supply control unit 24,
Bottom power pack 240, power supply sliding slot 241, power supply sliding block 242, energization connecting rod 243, electromagnetism block baffle 244, electromagnetic block 245,
Energization slot 246, coil 247, electromagnet 248, connecting spring 249, transverse hydraulic mobile jib 30, transverse hydraulic strut 31, fixed drawing
Ring 32, longitudinal hydraulic mobile jib 33, longitudinal hydraulic strut 34, hydraulic hammer 35, motor 36, threaded rod 37, thread bush block 38, limit film
39, draught line escape groove 40, circuit control mechanism 41, transmission traction line 410, transmission truckle 411, controller 412, energization are small
Ball 413, power-on-reset spring 414, power sector 42, master control power pack 420, control driving motor 421.
Specific embodiment
The technical scheme in the embodiments of the invention will be clearly and completely described below, it is clear that described implementation
Example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is common
Technical staff's every other embodiment obtained without making creative work belongs to the model that the present invention protects
It encloses.
A kind of flexibly adjustable hydraulic hammer, including unit protection shell 1,1 lower end of unit protection shell pass through bolt riveting
Conjunction is connected with walking universal wheel 10, and 1 inner wall of unit protection shell middle part is connected with hydraulic hammer device 3 by bolt riveted, hydraulic
Hammer device 3 is arranged with bottom control transmission case 2, is provided with top circuit control cabinet 4 on hydraulic hammer device 3；Bottom control passes
Dynamic case 2 includes starting component 20, transmission control assembly 21, pressure control component 22, circuit air pressure component 23, power-supply control unit
24, bottom controls and is embedded with starting component 20 on 2 outer wall of transmission case, and starting component 20 is arranged with power-supply control unit 24, opens
Dynamic 20 side of component is provided with transmission control assembly 21, and transmission 21 side of control assembly is provided with pressure control component 22, air pressure
22 side of control assembly is connected with circuit air pressure component 23；Hydraulic hammer device 3 includes transverse hydraulic mobile jib 30, transverse hydraulic strut
31, fixed pull ring 32, longitudinal hydraulic mobile jib 33, longitudinal hydraulic strut 34, hydraulic hammer 35, motor 36, threaded rod 37, thread bush block
38, limit film 39, mobile convenient for 35 row of hydraulic hammer, transverse hydraulic mobile jib 30 connects motor 36 by transverse hydraulic strut 31,
Convenient for the back-and-forth motion of hydraulic hammer 35, the output end of motor 36 is connected with threaded rod 37, and screw thread is socketed with thread bush on threaded rod 37
Block 38 moves on threaded rod 37 for the ease of thread bush block 38, and thread bush block 38 does not depart from threaded rod 37, and threaded rod 37 is another
End is provided with limit film 39, and fixed pull ring 32 is provided on thread bush block 38, vertically moves convenient for hydraulic hammer 35, is convenient for hydraulic hammer
About 35 is flexible, and thread bush block 38 is arranged with longitudinal hydraulic mobile jib 33, and longitudinal hydraulic mobile jib 33 passes through longitudinal hydraulic strut 34
It is connected with hydraulic hammer 35, transverse hydraulic strut 31, fixed pull ring 32, longitudinal hydraulic mobile jib 33, longitudinal hydraulic strut 34, motor
36, threaded rod 37 and the setting of thread bush block 38 carry out the work of lateral, longitudinal direction or back-and-forth motion convenient for the present invention, to manipulate
Hydraulic hammer 35 adjusts working range, expands the distance that hydraulic hammer can contact.
Preferably start for the ease of transverse hydraulic mobile jib 30, power-supply control unit 24 includes bottom power pack 240, power supply
Sliding slot 241, power supply sliding block 242, energization connecting rod 243, electromagnetism block baffle 244, electromagnetic block 245, energization slot 246, coil 247,
Electromagnet 248 and connecting spring 249 are provided with power supply sliding slot 241 on bottom power pack 240, be provided in power supply sliding slot 241 with
The power supply sliding block 242 that power supply sliding slot 241 is slidably connected, 241 side wall of power supply sliding slot are connected with the connection connecting with power supply sliding block 242
Spring 249,242 side of power supply sliding block are connected with energization connecting rod 243, electromagnetic block 245, power supply are connected on power supply sliding block 242
Middle position is provided with electromagnetism block baffle 244 on sliding slot 241, and the side far from connecting spring 249 is provided in power supply sliding slot 241
Energization slot 246 is provided with electromagnet 248 on energization slot 246, and electromagnet 248 is wrapped with coil 247, and electromagnet 248 is connected with
Start component 20.
Starting component 20 includes starting sliding block 200, energization guide rod 201, movable sliding 202 and energization contact block 203, and starting is slided
Block 200 is embedded on 202 side of movable sliding, and 201 vertical welding of energization guide rod is above starting sliding block 200, movable sliding 202
It is connected to 24 top of power-supply control unit by bolt riveted, energization contact block 203 is connected to transverse hydraulic master by bolt riveted
30 lower section of bar.
Being driven control assembly 21 includes paddle board control motor 210, triggering rotation paddle board 211, drive pinion 212, gear
Conveyer belt 213, transmission gear wheel 214, transmission principal arm bar 215 and transmission arm bar 216, paddle board control motor 210 pass through bolt
Riveted is connected on bottom control 2 inner wall of transmission case, and triggering rotation paddle board is provided on the output shaft of paddle board control motor 210
211, triggering rotates engagement on paddle board 211 and is connected with drive pinion 212, between drive pinion 212 and transmission gear wheel 214
It is connected by toothed belts 213, is driven on gear wheel 214 and is provided with transmission principal arm bar 215, transmission principal arm bar 215 passes through biography
Dynamic branch armed lever 216 connects pressure control component 22.
Pressure control component 22 includes movable limiting slot 220, fixed rotating shaft 221, folding retractable bar 222, fixed supported slab
223, telescopic rod limiting slot 224, piston plate 225 and air pressure tank 226, movable limiting slot 220 are embedded at 1 inner wall of unit protection shell
On, fixed rotating shaft 221 is connected between movable limiting slot 220 and fixed supported slab 223 by bolt riveted, and fixed supported slab 223 is logical
It crosses bolt riveted to be connected on bottom control 2 inner wall of transmission case, telescopic rod limiting slot 224 is embedded on fixed supported slab 223, piston
For plate 225 by being excessively cooperatively connected inside air pressure tank 226, air pressure tank 226 is connected to power-supply control unit by bolt riveted
24 tops.
Circuit air pressure component 23 includes pressure control floating ball 230, is fixedly connected with conducting wire 231, small contact block 232, small round can 233
With energization spring 234, pressure control floating ball 230 is embedded inside air pressure tank 226, is fixedly connected with conducting wire 231 and is connected to small round can
Between 233 and power-supply control unit 24, small contact block 232 is connected on small 233 inner wall of round can by energization spring 234, small round can
In on 226 side of air pressure tank, energization spring 234 is connected between small round can 233 and small contact block 232 233 vertical weldings.
Top circuit control cabinet 4 includes draught line escape groove 40, circuit control mechanism 41 and power sector 42, and draught line is kept away
Slot 40 is allowed to be embedded on 4 outer wall of top circuit control cabinet, circuit control mechanism 41 is connected to top circuit control by bolt riveted
Inside case 4 processed, power sector 42 is connected in 4 inner bottom surface of top circuit control cabinet by bolt riveted.
Circuit control mechanism 41 includes transmission traction line 410, transmission truckle 411, controller 412, be powered small ball 413
With power-on-reset spring 414, transmission traction line 410 is connected to fixed pull ring 32 and is powered between small ball 413, is driven truckle
411 are connected on 4 inner wall of top circuit control cabinet by bolt riveted, controller 412 by bolt riveted be connected to transmission it is small
411 lower section of pulley, controller 412 are connected on 4 inner wall of top circuit control cabinet by bolt riveted, and the small ball 413 that is powered is logical
It crosses power-on-reset spring 414 to be connected on 4 bottom of top circuit control cabinet, power-on-reset spring 414 is connected to the small ball that is powered
Between 413 and top circuit control cabinet 4.
Power sector 42 includes master control power pack 420 and control driving motor 421, and master control power pack 420 passes through spiral shell
Bolt riveted is connected between control driving motor 421 and top circuit control cabinet 4, and control driving motor 421 passes through bolt riveted
It is connected to 420 top of master control power pack.
When the present invention works, by being equipped with a kind of starting component 20, starting component 20 includes starting sliding block 200, leads to
Conductance bar 201, movable sliding 202 and energization contact block 203, when pushing up starting sliding block 200, the insertion of energization guide rod 201 is logical
Electric contact block 203, so that connection circuit, makes transmission control assembly 21 carry out work and the energization of coil 247, electricity after coil 247 is powered
Magnet 248 generates magnetic field；By be equipped with a kind of transmission control assembly 21, transmission control assembly 21 include paddle board control motor 210,
Triggering rotation paddle board 211, drive pinion 212, toothed belts 213, transmission gear wheel 214, transmission principal arm bar 215 and transmission
Branch armed lever 216, when circuit communication, transmission control assembly 21 works, and paddle board control motor 210 works, to drive
Triggering rotation paddle board 211 rotates, triggering rotation paddle board 211 triggering pressure control component 22 and power-supply control unit 24 in rotation
It works；By being equipped with a kind of pressure control component 22, pressure control component 22 includes movable limiting slot 220, fixed rotating shaft
221, folding retractable bar 222, fixed supported slab 223, telescopic rod limiting slot 224, piston plate 225 and air pressure tank 226, when triggering rotates
When paddle board 211 rotates, while drive pinion 212 and transmission gear wheel 214 being driven to rotate, transmission gear wheel 214 drives transmission
Principal arm bar 215 rotates, so that transmission arm bar 215 be driven to carry out horizontal reciprocating movement, and then folding retractable bar 222 is pushed to carry out
Flexible work, pushes piston plate 225 to carry out piston motion in air pressure tank 226, generates pressure, and trigger circuit air pressure component 23 carries out
Work；By being equipped with a kind of circuit air pressure component 23, circuit air pressure component 23 includes pressure control floating ball 230, is fixedly connected and leads
Line 231, small contact block 232, small round can 233 and energization spring 234 because the pressure in air pressure tank 226 enhances, and then push air pressure
It is mobile to control floating ball 230, is connected with small contact block 232, so that connection circuit makes longitudinal hydraulic so that hydraulic hammer device 3 starts
Mobile jib 33 pushes longitudinal hydraulic strut 34 to work；By being equipped with a kind of power-supply control unit 24, power-supply control unit 24 is wrapped
Include bottom power pack 240, power supply sliding slot 241, power supply sliding block 242, energization connecting rod 243, electromagnetism block baffle 244, electromagnetic block
245, energization slot 246, coil 247, electromagnet 248 and connecting spring 249 push simultaneously when triggering rotation paddle board 211 rotates
The lower power supply sliding block 242 connected of electromagnetic block 245 slides in power supply sliding slot 241, to open electromagnetism block baffle 244, makes electromagnetism
Block 245 attracts each other with electromagnet 248, and the lower power supply sliding block 242 connected of electromagnetic block 245 is in power supply sliding slot 241 to energization slot 246
Direction sliding, energization connecting rod 243 and the connection of energization slot 246 are so that connection circuit, makes transverse hydraulic mobile jib 30 push lateral liquid
Pressure strut 31 works；By be equipped with a kind of circuit control mechanism 41, circuit control mechanism 41 include transmission traction line 410,
It is driven truckle 411, controller 412, the small ball 413 of energization and power-on-reset spring 414, when transverse hydraulic mobile jib 30 pushes cross
It when being worked to hydraulic strut 31, while having pushed fixed pull ring 32 mobile, and then has driven transmission traction line 410 mobile, from
And the small ball 413 that is powered is pulled to be connected with controller, it is connected to the circuit of power sector 42, pushes longitudinal hydraulic mobile jib 33 vertical
It pumps to hydraulic strut 34, hydraulic hammer 35 is started to work, while whether can control on the controller motor 36
Starting, the output end of motor 36 are connected with threaded rod 37, and screw thread is socketed with thread bush block 38 on threaded rod 37, and threaded rod 37 is another
End is provided with limit film 39, and the starting of motor 36 can drive threaded rod 37 to rotate, so that thread bush block 38 is moved forward and backward, to drive
Hydraulic hammer 35, which is moved forward and backward, adjusts working range convenient for manipulation hydraulic hammer.
When in use by being on 20 device of component, the circuit of connection transmission control assembly 21 makes to be driven control group
Part 21 works, and transmission control assembly 21 also pushes pressure control component 22 and power-supply control unit 24 to carry out work at work
Make, to be connected to the circuit of hydraulic hammer device 3, hydraulic hammer device 3 is made to work, when transverse hydraulic strut 31 is stretched
When, while driving fixed pull ring 32 mobile, and then transmission traction line 410 is pulled to work, make be powered small ball 413 and control
Device 412 is connected, so that the circuit of power sector 42 is connected to, so that longitudinal hydraulic mobile jib 33 be driven to push longitudinal hydraulic strut 34
It works.
The technological progress that the present invention obtains compared with the prior art is: can drive internal hydraulic pressure mechanism by shirtsleeve operation
The work of lateral, longitudinal direction or back-and-forth motion is carried out, so that manipulating hydraulic hammer 35 adjusts working range, it is accessible to expand hydraulic hammer
The distance arrived, improves working efficiency, and use is more flexible.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of invention.
Claims (9)
1. a kind of flexibly adjustable hydraulic hammer, including unit protection shell, it is characterised in that: described device protects shell lower end
It is connected with walking universal wheel, leads in the middle part of described device protection outer casing inner wall and is connected to hydraulic hammer device, under the hydraulic hammer device
It is provided with bottom control transmission case, is provided with top circuit control cabinet on the hydraulic hammer device；The bottom controls transmission case
The starting component on transmission box outer wall is controlled in bottom including being embedded, the starting component is arranged with power-supply control unit, institute
It states starting component side and is provided with transmission control assembly, the transmission control assembly side is provided with pressure control component, described
Pressure control component side is connected with circuit air pressure component；The hydraulic hammer device includes transverse hydraulic mobile jib, transverse hydraulic branch
Bar and longitudinal hydraulic strut, the transverse hydraulic mobile jib connect motor by transverse hydraulic strut, and the output end of the motor connects
It is connected to threaded rod, screw thread is socketed with thread bush block on the threaded rod, and fixed pull ring, the spiral shell are provided on the thread bush block
Line set block is arranged with longitudinal hydraulic mobile jib, and the hydraulic mobile jib in longitudinal direction is connected with hydraulic hammer by longitudinal hydraulic strut.
2. a kind of flexibly adjustable hydraulic hammer according to claim 1, it is characterised in that: the power-supply control unit packet
Bottom power pack and energization slot are included, power supply sliding slot is provided on the bottom power pack, is provided in the power supply sliding slot and electricity
The power supply sliding block that source sliding slot is slidably connected, the power supply chute wall is connected with the connecting spring connecting with power supply sliding block, described
Power supply sliding block side is connected with energization connecting rod, and electromagnetic block, interposition on the power supply sliding slot are connected on the power supply sliding block
It installs and is equipped with electromagnetism block baffle, the side in the power supply sliding slot far from connecting spring is provided with energization slot, on the energization slot
It is provided with electromagnet, the electromagnet is wrapped with coil, and the electromagnet is connected with starting component.
3. a kind of flexibly adjustable hydraulic hammer according to claim 1, it is characterised in that: the starting component includes opening
Movable slider, energization guide rod, movable sliding and energization contact block, the starting sliding block are embedded on movable sliding side, the energization
Guide rod vertical welding is above starting sliding block, and the movable sliding is connected to above power-supply control unit by bolt riveted, institute
Energization contact block is stated to be connected to below transverse hydraulic mobile jib by bolt riveted.
4. a kind of flexibly adjustable hydraulic hammer according to claim 1, it is characterised in that: the transmission control assembly packet
Include paddle board control motor, triggering rotation paddle board, drive pinion, toothed belts, transmission gear wheel, transmission principal arm bar and transmission
Branch armed lever, the paddle board control motor are connected on bottom control transmission chamber interior wall by bolt riveted, the paddle board control electricity
Triggering rotation paddle board is provided on the output shaft of machine, engagement is connected with drive pinion, the biography on the triggering rotation paddle board
It is connected between dynamic pinion gear and transmission gear wheel by toothed belts, transmission principal arm bar is provided on the transmission gear wheel,
The transmission principal arm bar connects pressure control component by transmission arm bar.
5. a kind of flexibly adjustable hydraulic hammer according to claim 1 or 4, it is characterised in that: the pressure control group
Part includes movable limiting slot, fixed rotating shaft, folding retractable bar, fixed supported slab, telescopic rod limiting slot, piston plate and air pressure tank, institute
It states movable limiting slot to be embedded on unit protection outer casing inner wall, the fixed rotating shaft is connected to movable limiting slot by bolt riveted
Between fixed supported slab, the fixed supported slab is connected on bottom control transmission chamber interior wall by bolt riveted, the telescopic rod
Limiting slot is embedded on fixed supported slab, and by being excessively cooperatively connected inside air pressure tank, the air pressure tank passes through the piston plate
Bolt riveted is connected to above power-supply control unit.
6. a kind of flexibly adjustable hydraulic hammer according to claim 1, it is characterised in that: the circuit air pressure component packet
It includes pressure control floating ball, be fixedly connected with conducting wire, small contact block, small round can and energization spring, the pressure control floating ball is embedded at gas
It presses inside tank, the conducting wire that is fixedly connected is connected between small round can and power-supply control unit, and the small contact block passes through energization bullet
Spring is connected on roundlet top tank structure, and for the small round can vertical welding on air pressure tank side, the energization spring is connected to roundlet
Between tank and small contact block.
7. a kind of flexibly adjustable hydraulic hammer according to claim 1, it is characterised in that: the top circuit control cabinet
Including draught line escape groove, circuit control mechanism and power sector, the draught line escape groove is embedded at top circuit control cabinet
On outer wall, the circuit control mechanism is connected to inside top circuit control cabinet by bolt riveted, and the power sector passes through
Bolt riveted is connected in top circuit control cabinet inner bottom surface.
8. a kind of flexibly adjustable hydraulic hammer according to claim 7, it is characterised in that: circuit control mechanism packet
Transmission traction line, transmission truckle, controller, the small ball of energization and power-on-reset spring, the transmission traction line is included to be connected to
Between fixed pull ring and the small ball of energization, the transmission truckle is connected to top circuit by bolt riveted and controls chamber interior wall
On, the controller is connected to below transmission truckle by bolt riveted, and the controller is connected to top by bolt riveted
On portion's circuit control chamber interior wall, the small ball that is powered is connected on top circuit control cabinet bottom by power-on-reset spring,
The power-on-reset spring, which is connected to, to be powered between small ball and top circuit control cabinet.
9. a kind of flexibly adjustable hydraulic hammer according to claim 7, it is characterised in that: the power sector includes total
Power pack and control driving motor are controlled, the master control power pack is connected to control driving motor and top by bolt riveted
Between circuit control box, the control driving motor is connected to above master control power pack by bolt riveted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810773198.5A CN108978762A (en) | 2018-07-14 | 2018-07-14 | A kind of flexibly adjustable hydraulic hammer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810773198.5A CN108978762A (en) | 2018-07-14 | 2018-07-14 | A kind of flexibly adjustable hydraulic hammer |
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| Publication Number | Publication Date |
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| CN108978762A true CN108978762A (en) | 2018-12-11 |
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| CN201810773198.5A Withdrawn CN108978762A (en) | 2018-07-14 | 2018-07-14 | A kind of flexibly adjustable hydraulic hammer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109968567A (en) * | 2019-04-29 | 2019-07-05 | 泉州市泉港区玛纳利华工业科技有限公司 | A kind of door and window mold |
-
2018
- 2018-07-14 CN CN201810773198.5A patent/CN108978762A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109968567A (en) * | 2019-04-29 | 2019-07-05 | 泉州市泉港区玛纳利华工业科技有限公司 | A kind of door and window mold |
| CN109968567B (en) * | 2019-04-29 | 2021-08-31 | 泉州市泉港区玛纳利华工业科技有限公司 | Door and window mold |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181211 |
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| WW01 | Invention patent application withdrawn after publication |