CN106499209A - A kind of ultrahigh pressure large-scale floor disintegrating machine - Google Patents
A kind of ultrahigh pressure large-scale floor disintegrating machine Download PDFInfo
- Publication number
- CN106499209A CN106499209A CN201611165209.9A CN201611165209A CN106499209A CN 106499209 A CN106499209 A CN 106499209A CN 201611165209 A CN201611165209 A CN 201611165209A CN 106499209 A CN106499209 A CN 106499209A
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- Prior art keywords
- water tank
- pressure
- fixedly connected
- pressure water
- hole
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G23/00—Working measures on existing buildings
- E04G23/006—Arrangements for removing of previously fixed floor coverings
Abstract
The present invention relates to a kind of ultrahigh pressure large-scale floor disintegrating machine, it is characterised in that：Electrolytic cell is provided with high-pressure water tank, electrolytic cell is built with electrolyte, electrode bar is provided with electrolytic cell, one end of electrode bar is connected with power supply by wire and power switch, in the other end immersion electrolyte of electrode bar, generating laser and energy converter is provided with high-pressure water tank, and energy converter is arranged on the opposite side of generating laser.Present configuration reliability, can reduce workmen's labour intensity, improve the operating efficiency removed by old concrete floor or tile floor, and can ensure that workmen's is healthy.
Description
Technical field
The present invention relates to a kind of disintegrating machine, specifically a kind of ultrahigh pressure large-scale floor disintegrating machine, belong to building orcible entry equipment
Technical field.
Background technology
Since reform and opening-up, national economy is developed rapidly, and infrastructure construction is configured to the important set of economic construction
Into part, urban infrastructure situation is the important embodiment of city development level and civilization degree, is urban economy and association of society
Readjust the distribution the material conditions of exhibition.With being continuously increased for urban population, urban infrastructure demand is also continuously increased, while to old
The demand of the dismounting on Old building floor is also continuously increased, the development of urban infrastructure construction, provides thing for urbanization process
Quality guarantee hinders.
Building is the important component part of the infrastructure construction in city, with the development of urbanization, the need of new building
The finishing amount of the amount of asking and old building constantly rises, and the market potential of building orcible entry apparatus field is huge.
When fitting up to old building, people generally require to tear old concrete floor or tile floor open
Remove, then fitted up, at present the dismounting work of old concrete floor or tile floor is mainly manually completed, generally
In the case of, old concrete floor or tile floor are removed by workmen using pneumatic pick, high labor intensive, and inefficiency
Under, and a large amount of dusts that dismounting is produced have a strong impact on the healthy of workmen, therefore, in the urgent need to inventing a kind of structure
Reliable, workmen's labour intensity can be reduced, improve the work effect removed by old concrete floor or tile floor
Rate, and can ensure that workmen's is healthy.
Content of the invention
The technical problem to be solved in the present invention is：A kind of structure reliability is provided, workmen's labour intensity can be reduced, carried
The operating efficiency removed to old concrete floor or tile floor by height, and can ensure that workmen's is healthy
Ultrahigh pressure large-scale floor disintegrating machine.
In order to solve above-mentioned technical problem, the technical solution used in the present invention is：A kind of ultrahigh pressure large-scale floor disintegrating machine,
Including caterpillar chassis, front frame, buncher putting hole, milling cutter through hole, vertical beam, crossbeam, slide bar through hole, screw vent, frame
Frame, rolling bearing units, chute, buncher, milling cutter, connecting rod, articulated beam, screwed hole, slide bar, spring, stepper motor, screw rod, electricity
Machine, drive sprocket, chain, driven sprocket, axle, claw, weight, coupling block, slide block, cylinder, water tank, delivery port, water pump, water
Pipe, conduit control valve, nozzle, water inlet, air inlet, slag-drip opening, dust cleaning case, entering-dust mouth, air exhauster, tracheae, tracheae control valve,
Suction port, sealed door, gas outlet, Rear frame, pneumatic pick fixing hole, hydraulic cylinder fixed mount, hydraulic cylinder through hole, hydraulic cylinder, air compressor machine,
High pressure hard tube, high-pressure hose, pneumatic pick, hydraulic connecting rod, high-pressure water tank, supercharger, charging aperture, pressure gauge, safety valve, discharging opening,
High-pressure water pipe, pipe clamp, high-pressure nozzle, high pressure valve, stirring motor, agitator, power supply, wire, power switch, heating wire, combustion
Batch can, atomizer, spark plug, electrolytic cell, electrode bar, generating laser and energy converter, it is characterised in that：The crawler type
The front portion on chassis is provided with front frame, and front frame is fixedly connected with the front portion of caterpillar chassis, is provided with speed governing electricity at the top of front frame
Machine putting hole, the bottom of front frame are provided with milling cutter through hole, and the top of front frame is respectively arranged at two ends with vertical beam, one end of vertical beam with
Be fixedly connected at the top of front frame, buncher is provided with buncher putting hole, crossbeam is provided with above the top of front frame,
The two ends of crossbeam are fixedly connected with the vertical beam at the two ends being arranged at the top of front frame, and crossbeam is provided with slide bar through hole, crossbeam
Two ends are equipped with screw vent, and the front portion of front frame is provided with framework, and framework is fixedly connected with the front portion of front frame, the top of framework
Both sides be equipped with rolling bearing units, the inside both sides of framework are equipped with chute, and buncher is fixedly connected with milling cutter, milling cutter through hole
Inside be provided with milling cutter, the top of buncher is fixedly connected with one end of connecting rod, in vertical beam and crossbeam, be provided with articulated beam, connecting rod another
One end is fixedly connected with the bottom of articulated beam, and the two ends of articulated beam are equipped with screwed hole respectively, are provided with screw rod in screwed hole, connection
Slide bar is provided with the top of beam, the top of articulated beam is fixedly connected with one end of slide bar, be provided with slide bar, slide bar peripheral hardware in slide bar through hole
There are spring, spring to be arranged between crossbeam and articulated beam, the two ends at the top of crossbeam are equipped with stepper motor, and stepper motor is fixed
At the two ends of cross rail top, stepper motor is fixedly connected with one end of screw rod, is provided with screw rod in screw vent, and the bottom of framework sets
There are motor, motor to be provided with drive sprocket, drive sprocket is fixedly connected with motor, in rolling bearing units, be provided with axle, axle and axle of usheing to seat
Connection is held, axle is provided with driven sprocket, and driven sprocket is fixedly connected with axle, drive sprocket and driven sprocket are provided with chain, chain
Bar is provided with claw, and claw is fixedly connected with chain, and the front portion of framework is provided with weight, and the side of weight is provided with coupling block, connection
Block is fixedly connected with the side of weight, and the two ends of coupling block are equipped with slide block, and slide block is fixedly connected with coupling block, is set on coupling block
Have cylinder, cylinder to be connected with the bottom of the side of coupling block, the rear portion at the top of caterpillar chassis is provided with water tank, water tank built with
Water, the bottom of water tank side are provided with delivery port, and the bottom of water tank side is provided with the bottom of water pump, one end of water pump and water tank side
Delivery port be fixedly connected, the other end of water pump is fixedly connected with one end of water pipe, and the closing of the other end of water pipe, water pipe are provided with
Conduit control valve, water pipe are arranged on the rear of milling cutter, and water pipe is provided with nozzle, and one end of nozzle is fixedly connected with water pipe, water tank
Top be provided with water inlet and air inlet, the bottom of the opposite side of water tank is provided with slag-drip opening, the front portion at the top of caterpillar chassis
Dust cleaning case is provided with, dedusting filter screen in dust cleaning case, is provided with, the bottom of dust cleaning case side is provided with entering-dust mouth, and the bottom of dust cleaning case side sets
There are air exhauster, one end of air exhauster to be fixedly connected with the entering-dust mouth of the bottom of dust cleaning case side, the other end and tracheae of air exhauster
One end be fixedly connected, the closing of the other end of tracheae, tracheae are provided with tracheae control valve, and tracheae is arranged on the front of milling cutter, gas
Pipe is provided with suction port, and one end of suction port is fixedly connected with tracheae, and the opposite side of dust cleaning case is provided with sealed door, the top of dust cleaning case
Portion is provided with gas outlet, and the rear portion of caterpillar chassis is provided with Rear frame, and Rear frame is fixedly connected with caterpillar chassis, the top of Rear frame
Portion is provided with pneumatic pick fixing hole, is provided with pneumatic pick in pneumatic pick fixing hole, is provided with hydraulic cylinder fixed mount at the top of Rear frame, and hydraulic cylinder is fixed
Frame is provided with hydraulic cylinder through hole, is provided with hydraulic cylinder in hydraulic cylinder through hole, and hydraulic cylinder is fixedly installed on hydraulic cylinder through hole and hydraulic cylinder
On fixed mount, one end of hydraulic cylinder is fixedly connected with hydraulic cylinder fixed mount, is provided with hydraulic connecting rod in hydraulic cylinder, hydraulic cylinder another
End is coupled with one end of hydraulic connecting rod, is provided with air compressor machine at the top of caterpillar chassis, air compressor machine be arranged on water tank and dust cleaning case it
Between, air compressor machine is fixedly connected with one end of high pressure hard tube, the other end closing of high pressure hard tube, and it is soft that high pressure hard tube is provided with high pressure
Pipe, one end of high-pressure hose are fixedly connected with high pressure hard tube, and the other end of high-pressure hose is fixedly connected with pneumatic pick, caterpillar chassis
Top be provided with high-pressure water tank and supercharger, high-pressure water tank is connected with supercharger built with water and abrasive material, the side of high-pressure water tank,
Charging aperture is provided with the top of high-pressure water tank, and high-pressure water tank is provided with pressure gauge, safety valve, and the opposite side of high-pressure water tank is provided with discharging
Mouthful, discharging opening is fixedly connected with one end of high-pressure water pipe, and the other end of high-pressure water pipe is fixedly connected with high-pressure nozzle, high-pressure water pipe
High pressure valve is provided with, the front portion of Rear frame is provided with pipe clamp, and pipe clamp is coupled with high-pressure water pipe, and the bottom of high-pressure water tank is provided with stirring
Motor and agitator, stirring motor are fixedly connected with agitator, are provided with heating wire in high-pressure water tank, and heating wire is connected with wire,
Wire is connected with power supply, and wire is provided with power switch, and power switch is connected with wire, and power switch and power supply are arranged at height
Outside pressure tank, fuel tank at the top of high-pressure water tank, is provided with, fuel tank is provided with atomizer built with fuel, the outside of fuel tank, high
The top of pressure tank is provided with spark plug, is provided with electrolytic cell in high-pressure water tank, and electrolytic cell is provided with electricity built with electrolyte, in electrolytic cell
Pole rod, one end of electrode bar are connected with power supply by wire and power switch, in the other end immersion electrolyte of electrode bar, high pressure
Generating laser and energy converter is provided with water pot, and energy converter is arranged on the opposite side of generating laser.
Length of the length of the electrolytic cell less than high-pressure water tank.
Width of the width of the electrolytic cell less than high-pressure water tank.
Height of the height of the electrolytic cell less than high-pressure water tank.
Length of the length of the generating laser less than high-pressure water tank.
Width of the width of the generating laser less than high-pressure water tank.
Height of the height of the generating laser less than high-pressure water tank.
Length of the length of the energy converter less than high-pressure water tank.
Width of the width of the energy converter less than high-pressure water tank.
Height of the height of the energy converter less than high-pressure water tank.
Electrolyte decomposition is generated gas after being powered by the electrolytic cell, so as to increase the pressure in high-pressure water tank.
By in Laser emission to energy converter, energy converter converts light energy into interior energy to the generating laser, from
And increase the pressure in high-pressure water tank.
Length of the length of the fuel tank less than high-pressure water tank.
Width of the width of the fuel tank less than high-pressure water tank.
Height of the height of the fuel tank less than high-pressure water tank.
Length of the length of the stirring motor less than high-pressure water tank.
Width of the width of the stirring motor less than high-pressure water tank.
Height of the height of the stirring motor less than high-pressure water tank.
Length of the diameter of the agitator less than high-pressure water tank.
Width of the diameter of the agitator less than high-pressure water tank.
Height of the height of the agitator less than high-pressure water tank.
Diameter of the length of the stirring motor less than agitator.
Diameter of the width of the stirring motor less than agitator.
Height of the height of the stirring motor less than agitator.
The heating wire heats the water in high-pressure water tank after being powered, so as to increase the pressure in high-pressure water tank.
After the fuel tank from fuel tank is discharged into fuel in high-pressure water tank by atomizer, plug ignition work
Make, fuel is ignited, so as to increase the pressure in high-pressure water tank.
Width of the length of the caterpillar chassis more than high-pressure water tank.
Length of the width of the caterpillar chassis more than high-pressure water tank.
Height of the height of the caterpillar chassis less than high-pressure water tank.
The length of the high-pressure water tank is equal to the length of water tank.
The height of the high-pressure water tank is equal to the height of water tank.
Width of the width of the high-pressure water tank less than water tank.
The high-pressure nozzle front portion for being arranged on Rear frame in a row.
Diameter of the internal diameter of the high-pressure water pipe less than charging aperture.
Diameter of the external diameter of the high-pressure water pipe less than discharging opening.
Height of the high-pressure nozzle apart from ground is 1-10mm.
The supercharger give high-pressure water tank provide pressure, by high-pressure water tank built with water and abrasive material be forced into certain pressure
After spray floor cut.
The stirring motor and agitator by high-pressure water tank built with water and abrasive material be thoroughly mixed after by high pressure
Water pipe is sprayed by high-pressure nozzle.
The pressure gauge is digital pressure gauge, and safety valve is one-way valve structures.
When pressure in the high-pressure water tank exceedes rated pressure, safety valve is automatically opened up, by the pressure in high-pressure water tank
Discharge.
Width of the length of the caterpillar chassis more than Rear frame.
Length of the width of the caterpillar chassis less than Rear frame.
Height of the height on the distance from top ground of the caterpillar chassis less than the distance from top ground of Rear frame.
Width of the diameter of the pneumatic pick fixing hole less than Rear frame.
The length of the pneumatic pick fixing hole is equal to the height of Rear frame.
The length of the hydraulic cylinder fixed mount is equal to the length of Rear frame.
Width of the width of the hydraulic cylinder fixed mount less than Rear frame.
Height of the height of the hydraulic cylinder fixed mount more than Rear frame.
Width of the diameter of the hydraulic cylinder through hole less than hydraulic cylinder fixed mount.
The diameter of the hydraulic cylinder through hole is equal to the external diameter of hydraulic cylinder.
The internal diameter of the hydraulic cylinder is equal to the diameter of hydraulic connecting rod.
Diameter of the diameter of the hydraulic connecting rod less than pneumatic pick fixing hole.
Length of the length of the hydraulic connecting rod more than hydraulic cylinder.
Length of the length of the pneumatic pick more than pneumatic pick fixing hole.
External diameter of the external diameter of the high pressure hard tube more than high-pressure hose.
Internal diameter of the internal diameter of the high pressure hard tube more than high-pressure hose.
The hydraulic cylinder fixed mount is fixed on hydraulic cylinder on hydraulic cylinder fixed mount, and hydraulic cylinder drives hydraulic connecting rod to transport up and down
Dynamic, hydraulic connecting rod moves up and down and drives pneumatic pick to move up and down.
Air is compressed when working by the air compressor machine, delivers compressed air to pneumatic pick by high pressure hard tube and high-pressure hose
In, floor is crushed by pneumatic pick work.
Width of the length of the caterpillar chassis more than front frame.
Length of the width of the caterpillar chassis less than front frame.
Height of the height on the distance from top ground of the caterpillar chassis less than the distance from top ground of front frame.
Depth of the height of the front frame more than buncher putting hole.
Depth of the height of the front frame more than milling cutter through hole.
Depth of the depth of the buncher putting hole more than milling cutter through hole.
The cross section of the buncher putting hole is polygonized structure, it is therefore an objective to which buncher is fixed on buncher
In putting hole, make buncher move up and down in buncher putting hole.
The buncher putting hole top for being arranged on front frame in a row.
The buncher is in a row to be arranged in buncher putting hole.
The milling cutter through hole bottom for being arranged on front frame in a row.
Height of the perpendicular depth of beam more than front frame.
Width of the length of the crossbeam less than front frame.
Width of the diameter of the slide bar through hole less than crossbeam.
The slide bar through hole top for being arranged on crossbeam in a row, slide bar through hole are arranged between two screw vents.
Length of the length of the framework less than front frame, the width of framework are more than the width of front frame, the height of framework
Height more than front frame.
Length of the height of the framework more than chute.
Depth of the height of the buncher less than buncher putting hole.
Diameter of the diameter of the milling cutter less than milling cutter through hole, the length of milling cutter are more than bottom the hanging down to ground of front frame
Straight distance.
The milling cutter is in a row to be arranged in milling cutter through hole.
Depth of the height of the connecting rod more than buncher putting hole.
The connecting rod is in a row to be arranged in milling cutter through hole, while connecting rod is in a row being fixedly connected with the bottom of articulated beam.
Length of the length of the articulated beam less than crossbeam.
The diameter with diameter greater than slide bar of the slide bar through hole, the height of slide bar are more than the height of connecting rod, the height of slide bar
Less than perpendicular depth of beam.
Diameter of the internal diameter of the spring more than slide bar, the drift of spring is more than perpendicular depth of beam.
Height of the length of the screw rod more than slide bar, the length of screw rod is less than perpendicular depth of beam.
Length of the length of the motor less than framework, the width of motor are less than the width of framework, and the height of motor is less than
The height of framework.
Width of the maximum gauge of the drive sprocket less than framework, the maximum gauge of driven sprocket are less than the width of framework
Degree.
The length of the claw is equal to the width of chain, and the one side of claw is circular arc, and another side is linear.
The axle center of the axle is less than the height of framework to the distance in the axle center of motor.
Width of the ultimate range of the both sides chain less than framework.
Length of the length of the weight less than framework, the width of weight are less than the width of framework, and the height of weight is less than
The height of framework.
Length of the length of the coupling block less than weight, the width of coupling block are less than the width of weight, the height of coupling block
Height of the degree less than weight.
Length of the height of the slide block less than chute.
Length of the length of the cylinder less than coupling block, the length of cylinder are more than the length of claw.
Length of the length of the water tank less than caterpillar chassis, the width of water tank are less than the width of caterpillar chassis, water
Height of the height of case more than caterpillar chassis.
Length of the length of the dust cleaning case less than caterpillar chassis, the width of dust cleaning case are less than the width of caterpillar chassis
Degree, the height of dust cleaning case are more than the height of caterpillar chassis.
Length of the length of the sealed door less than dust cleaning case, the width of sealed door are less than the height of dust cleaning case.
The internal diameter with diameter greater than water pipe of the delivery port, the internal diameter of nozzle are less than the internal diameter of water pipe.
The diameter with diameter greater than delivery port of the water inlet, the internal diameter with diameter greater than tracheae of entering-dust mouth.
Internal diameter of the internal diameter of the suction port more than tracheae.
Internal diameter of the internal diameter of the tracheae more than water pipe, the diameter of water inlet are less than the diameter of entering-dust mouth.
Internal diameter of the internal diameter of the nozzle less than suction port.
The framework front portion for being arranged on front frame in a row, slide bar is in a row to be arranged in slide bar through hole.
The spring is in a row to be arranged between crossbeam and articulated beam, while the outside for being arranged on slide bar in a row, motor
The bottom for being arranged on framework in a row.
The nozzle is arranged on water pipe into two rows, and is fixedly connected with water pipe.
The suction port is arranged on tracheae into two rows, and is fixedly connected with tracheae.
The nozzle is arranged on water pipe into 90 degree, and wherein row's nozzle is forwardly directed to milling cutter, another row's nozzle vertically to
Lower sensing ground.
90 degree of the suction port is arranged on tracheae, and wherein row's suction port is rearwardly directed to milling cutter, and another row's suction port hangs down
Directly downwardly directed ground.
The stepper motor is rotated and drives screw rod rotation, and screw rod drives articulated beam to move up and down, on articulated beam drivening rod
Lower motion, connecting rod drive buncher to move up and down, and buncher drives milling cutter to move up and down.
The buncher rotarily drives milling cutter rotation and falls floor according to certain thickness shovel.
The motor is rotated and drives drive sprocket to rotate, and drive sprocket is rotated and rotated by chain-driving driven sprocket, chain
Bar is rotated and drives claw motion, and coupling block is triggered when moving to coupling block bottom by claw, after weight reach a certain height, claw
Depart from coupling block, floor is smashed by weight free-falling.
Water inside water tank is forced through water pipe and is transported to nozzle by the water pump, is then sprayed by nozzle, it is therefore an objective to give
Milling cutter cooling and minimizing airborne dust.
During the pump working, in order to keep air pressure in water tank to balance with atmospheric pressure, air enters water tank by air inlet
Interior, air inlet is one-way air inlet mouth, and the air inside water tank can not escape into the external world, and extraneous air can be entered in water tank
Face.
Water inside the water tank is added to inside water tank by water inlet, and inside water tank, unnecessary water is put by slag-drip opening
Go out.
The air exhauster by suction port and tracheae by inside airborne dust inspiration dust cleaning case, then by after filtering dust by air
Discharged by gas outlet.
The dust filtered out inside the dust cleaning case is taken out by sealed door.
Compared with prior art, the invention has the advantages that：Structure reliability, can reduce workmen's work strong
Spend, improve the operating efficiency removed by old concrete floor or tile floor, and can ensure workmen's
Healthy.
Description of the drawings
Fig. 1 is the stereochemical structure assembling schematic diagram of the present invention.
Fig. 2 is another stereochemical structure assembling schematic diagram of the present invention.
Fig. 3 is that the stereochemical structure assembling of front frame 2 in the present invention, vertical beam 5, crossbeam 6, framework 9 and rolling bearing units 10 is illustrated
Figure.
Fig. 4 is another stereochemical structure assembling of front frame 2 in the present invention, vertical beam 5, crossbeam 6, framework 9 and rolling bearing units 10
Schematic diagram.
Fig. 5 is vertical beam 5 in the present invention, crossbeam 6, framework 9, rolling bearing units 10, milling cutter 13, connecting rod 14, articulated beam 15, slide bar
17th, the stereochemical structure assembling schematic diagram of stepper motor 19, screw rod 20, motor 21, weight 27 and coupling block 28.
Fig. 6 is vertical beam 5 in the present invention, crossbeam 6, framework 9, rolling bearing units 10, milling cutter 13, connecting rod 14, articulated beam 15, slide bar
17th, another stereochemical structure assembling schematic diagram of stepper motor 19, screw rod 20, motor 21, weight 27 and coupling block 28.
Fig. 7 is the dimensional structure diagram of articulated beam 15 in the present invention.
Fig. 8 is the stereochemical structure assembling schematic diagram of weight 27 in the present invention, coupling block 28, slide block 29 and cylinder 30.
Fig. 9 is middle frame of the present invention 9, rolling bearing units 10, motor 21, drive sprocket 22, chain 23, driven sprocket 24, axle
25 and the stereochemical structure assembling schematic diagram of claw 26.
Figure 10 is middle frame of the present invention 9, rolling bearing units 10, motor 21, drive sprocket 22, chain 23, driven sprocket 24, axle
25 and another stereochemical structure assembling schematic diagram of claw 26.
Figure 11 is the stereochemical structure assembling schematic diagram of water tank 31, water inlet 37 and air inlet 38 in the present invention.
Figure 12 is the stereochemical structure assembling schematic diagram of dust cleaning case 40 and gas outlet 47 in the present invention.
Figure 13 is the stereochemical structure assembling schematic diagram of Rear frame 48 and hydraulic cylinder fixed mount 50 in the present invention.
Figure 14 is Rear frame 48 in the present invention, hydraulic cylinder fixed mount 50, hydraulic cylinder 52, air compressor machine 53, high pressure hard tube 54, height
The stereochemical structure assembling schematic diagram of pressure flexible pipe 55, pneumatic pick 56 and hydraulic connecting rod 57.
Figure 15 is the stereochemical structure assembling schematic diagram of mesohigh water pot 58 of the present invention and supercharger 59.
Figure 16 is the internal structure schematic diagram of mesohigh water pot 58 of the present invention.
In figure：1 caterpillar chassis, 2 front frames, 3 buncher putting holes, 4 milling cutter through holes, 5 vertical beams,
6 crossbeams, 7 slide bar through holes, 8 screw vents, 9 frameworks, 10 rolling bearing units, 11 chutes, 12 bunchers,
13 milling cutters, 14 connecting rods, 15 articulated beams, 16 screwed holes, 17 slide bars, 18 springs, 19 stepper motors, 20 spiral shells
Bar, 21 motors, 22 drive sprockets, 23 chains, 24 driven sprockets, 25 axles, 26 claws, 27 weights, 28
Coupling block, 29 slide blocks, 30 cylinders, 31 water tanks, 32 delivery ports, 33 water pumps, 34 water pipes, 35 water pipes are controlled
Valve, 36 nozzles, 37 water inlets, 38 air inlets, 39 slag-drip openings, 40 dust cleaning cases, 41 entering-dust mouths, 42 pumpings
Machine, 43 tracheaes, 44 tracheaes control valve, 45 suction ports, 46 sealed doors, 47 gas outlets, 48 Rear frames, 49 wind
Pick fixing hole, 50 hydraulic cylinder fixed mounts, 51 hydraulic cylinder through holes, 52 hydraulic cylinders, 53 air compressor machines, 54 high pressure hard tubes,
55 high-pressure hoses, 56 pneumatic picks, 57 hydraulic connecting rods, 58 high-pressure water tanks, 59 superchargers, 60 charging apertures, 61 pressures
Power table, 62 safety valves, 63 discharging openings, 64 high-pressure water pipes, 65 pipe clamps, 66 high-pressure nozzles, 67 high pressure valves,
68 stirring motors, 69 agitators, 70 power supplys, 71 wires, 72 power switches, 73 heating wire, 74 fuel tanks,
75 atomizers, 76 spark plugs, 77 electrolytic cells, 78 electrode bars, 79 generating lasers, 80 energy converters.
Specific embodiment
The invention will be further described with reference to the accompanying drawings and detailed description.
As shown in Figure 1, Figure 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Tu15He
Shown in Figure 16, a kind of ultrahigh pressure large-scale floor disintegrating machine, including caterpillar chassis 1, front frame 2, buncher putting hole 3, milling
Knife through hole 4, vertical beam 5, crossbeam 6, slide bar through hole 7, screw vent 8, framework 9, rolling bearing units 10, chute 11, buncher 12, milling
Knife 13, connecting rod 14, articulated beam 15, screwed hole 16, slide bar 17, spring 18, stepper motor 19, screw rod 20, motor 21, drive sprocket
22nd, chain 23, driven sprocket 24, axle 25, claw 26, weight 27, coupling block 28, slide block 29, cylinder 30, water tank 31, delivery port
32nd, water pump 33, water pipe 34, conduit control valve 35, nozzle 36, water inlet 37, air inlet 38, slag-drip opening 39, dust cleaning case 40, enter dirt
Mouth 41, air exhauster 42, tracheae 43, tracheae control valve 44, suction port 45, sealed door 46, gas outlet 47, Rear frame 48, pneumatic pick are solid
Determine hole 49, hydraulic cylinder fixed mount 50, hydraulic cylinder through hole 51, hydraulic cylinder 52, air compressor machine 53, high pressure hard tube 54, high-pressure hose 55, wind
Pick 56, hydraulic connecting rod 57, high-pressure water tank 58, supercharger 59, charging aperture 60, pressure gauge 61, safety valve 62, discharging opening 63, high pressure
Water pipe 64, pipe clamp 65, high-pressure nozzle 66, high pressure valve 67, stirring motor 68, agitator 69, power supply 70, wire 71, power supply are opened
Close 72, heating wire 73, fuel tank 74, atomizer 75, spark plug 76, electrolytic cell 77, electrode bar 78, generating laser 79 and energy
Converter 80, it is characterised in that：The front portion of the caterpillar chassis 1 is provided with front frame 2, before front frame 2 and caterpillar chassis 1
Portion is fixedly connected, and the top of front frame 2 is provided with buncher putting hole 3, and the bottom of front frame 2 is provided with milling cutter through hole 4, front frame
2 top is respectively arranged at two ends with vertical beam 5, and one end of vertical beam 5 is fixedly connected with the top of front frame 2, buncher putting hole 3
Inside be provided with buncher 12, above the top of front frame 2, be provided with crossbeam 6, the two ends of crossbeam 6 be arranged on front frame 2 and push up
The vertical beam 5 at the two ends in portion is fixedly connected, and crossbeam 6 is provided with slide bar through hole 7, and the two ends of crossbeam 6 are equipped with screw vent 8, front truck
The front portion of frame 2 is provided with framework 9, and framework 9 is fixedly connected with the front portion of front frame 2, and the both sides at the top of framework 9 are equipped with axle of usheing to seat
10 are held, the inside both sides of framework 9 are equipped with chute 11, and buncher 12 is fixedly connected with milling cutter 13, in milling cutter through hole 4, be provided with milling
Knife 13, the top of buncher 12 are fixedly connected with one end of connecting rod 14, are provided with articulated beam 15, connecting rod 14 in vertical beam 5 and crossbeam 6
The other end be fixedly connected with the bottom of articulated beam 15, the two ends of articulated beam 15 are equipped with screwed hole 16 respectively, set in screwed hole 6
The top for having screw rod 20, articulated beam 15 is provided with slide bar 17, and the top of articulated beam 15 is fixedly connected with one end of slide bar 17, and slide bar leads to
Slide bar 17 is provided with hole 7, slide bar 17 is externally provided with spring 18, and spring 18 is arranged between crossbeam 6 and articulated beam 15, the top of crossbeam 6
The two ends in portion are equipped with stepper motor 19, and stepper motor 19 is fixed on the two ends at the top of crossbeam 6, stepper motor 19 and screw rod 20
One end is fixedly connected, and is provided with screw rod 20 in screw vent 8, and the bottom of framework 9 is provided with motor 21, and motor 21 is provided with drive sprocket
22, drive sprocket 22 is fixedly connected with motor 21, is provided with axle 25 in rolling bearing units 10, and axle 25 is coupled with rolling bearing units 10, axle 25
Driven sprocket 24 is provided with, driven sprocket 24 is fixedly connected with axle 25, drive sprocket 22 and driven sprocket 24 are provided with chain 23,
Chain 23 is provided with claw 26, and claw 26 is fixedly connected with chain 23, and the front portion of framework 9 is provided with weight 27, the side of weight 27
Coupling block 28 is provided with, coupling block 28 is fixedly connected with the side of weight 27, the two ends of coupling block 28 are equipped with slide block 29, slide block 29
It is fixedly connected with coupling block 28, coupling block 28 is provided with cylinder 30, cylinder 30 is connected with the bottom of the side of coupling block 28, crawler belt
The rear portion at the top on formula chassis 1 is provided with water tank 31, and water tank 31 is provided with delivery port 32, water built with water, the bottom of 31 side of water tank
The bottom of 31 side of case is provided with water pump 33, and one end of water pump 33 is fixedly connected with the delivery port 32 of the bottom of 31 side of water tank, water
The other end of pump 33 is fixedly connected with one end of water pipe 34, and the other end closing of water pipe 34, water pipe 34 are provided with conduit control valve
35, water pipe 34 is arranged on the rear of milling cutter 13, and water pipe 34 is provided with nozzle 36, and one end of nozzle 36 is fixedly connected with water pipe 34,
The top of water tank 31 is provided with water inlet 37 and air inlet 38, and the bottom of the opposite side of water tank 31 is provided with slag-drip opening 39, crawler type bottom
The front portion at the top of disk 1 is provided with dust cleaning case 40, is provided with dedusting filter screen in dust cleaning case 40, and the bottom of 40 side of dust cleaning case is provided with into dirt
Mouth 41, the bottom of 40 side of dust cleaning case are provided with air exhauster 42, and dirt is entered with the bottom of 40 side of dust cleaning case in one end of air exhauster 42
Mouth 41 is fixedly connected, and the other end of air exhauster 42 is fixedly connected with one end of tracheae 43, the other end closing of tracheae 43, tracheae 43
Tracheae control valve 44 is provided with, tracheae 43 is arranged on the front of milling cutter 13, tracheae 43 is provided with suction port 45, the one of suction port 45
End is fixedly connected with tracheae 43, and the opposite side of dust cleaning case 40 is provided with sealed door 46, and the top of dust cleaning case 40 is provided with gas outlet 47, is carried out
The rear portion on belt chassis 1 is provided with Rear frame 48, and Rear frame 48 is fixedly connected with caterpillar chassis 1, and the top of Rear frame 48 is provided with
Pneumatic pick fixing hole 49, is provided with pneumatic pick 56 in pneumatic pick fixing hole 49, and the top of Rear frame 48 is provided with hydraulic cylinder fixed mount 50, hydraulic cylinder
Fixed mount 50 is provided with hydraulic cylinder through hole 51, is provided with hydraulic cylinder 52 in hydraulic cylinder through hole 51, and hydraulic cylinder 52 is fixedly installed on hydraulic pressure
On cylinder through hole 51 and hydraulic cylinder fixed mount 50, one end of hydraulic cylinder 52 is fixedly connected with hydraulic cylinder fixed mount 50, in hydraulic cylinder 52
Hydraulic connecting rod 57 is provided with, the other end of hydraulic cylinder 52 is coupled with one end of hydraulic connecting rod 57, and the top of caterpillar chassis 1 is provided with sky
Press 53, air compressor machine 53 are arranged between water tank 31 and dust cleaning case 40, and air compressor machine 53 is fixedly connected with one end of high pressure hard tube 54,
The other end closing of high pressure hard tube 54, high pressure hard tube 54 are provided with high-pressure hose 55, one end of high-pressure hose 55 and high pressure hard tube
54 are fixedly connected, and the other end of high-pressure hose 55 is fixedly connected with pneumatic pick 56, and the top of caterpillar chassis 1 is provided with high-pressure water tank 58
With supercharger 59, high-pressure water tank 58 is connected with supercharger 59 built with water and abrasive material, the side of high-pressure water tank 58, high-pressure water tank 58
Top be provided with charging aperture 60, high-pressure water tank 58 is provided with pressure gauge 61, safety valve 62, and the opposite side of high-pressure water tank 58 is provided with out
Material mouth 63, discharging opening 63 are fixedly connected with one end of high-pressure water pipe 64, and the other end of high-pressure water pipe 64 is fixed with high-pressure nozzle 66
Connection, high-pressure water pipe 64 are provided with high pressure valve 67, and the front portion of Rear frame 48 is provided with pipe clamp 65, pipe clamp 65 and high-pressure water pipe 64
Connect, the bottom of high-pressure water tank 64 is provided with stirring motor 68 and agitator 69, and stirring motor 68 is fixedly connected with agitator 69, high pressure
Heating wire 73 is provided with water pot 58, heating wire 73 is connected with wire 71, and wire 71 is connected with power supply 70, and wire 71 is provided with power supply
Switch 72, power switch 72 is connected with wire 71, and power switch 72 and power supply 70 are arranged at outside high-pressure water tank 58, high-pressure water tank
58 top is provided with fuel tank 74, and fuel tank 74 is provided with atomizer 75, high-pressure water tank 58 built with fuel, the outside of fuel tank 74
Top be provided with spark plug 76, is provided with electrolytic cell 77 in high-pressure water tank 58, electrolytic cell 77 is set in electrolytic cell 77 built with electrolyte
The one end for having electrode bar 78, electrode bar 78 is connected with power supply 70 by wire 71 and power switch 72, the other end of electrode bar 78
In immersion electrolyte, in high-pressure water tank 58, generating laser 79 and energy converter 80 is provided with, energy converter 80 is arranged on sharp
The opposite side of optical transmitting set 79.
Length of the length of the electrolytic cell 77 less than high-pressure water tank 58.
Width of the width of the electrolytic cell 77 less than high-pressure water tank 58.
Height of the height of the electrolytic cell 77 less than high-pressure water tank 58.
Length of the length of the generating laser 79 less than high-pressure water tank 58.
Width of the width of the generating laser 79 less than high-pressure water tank 58.
Height of the height of the generating laser 79 less than high-pressure water tank 58.
Length of the length of the energy converter 80 less than high-pressure water tank 58.
Width of the width of the energy converter 80 less than high-pressure water tank 58.
Height of the height of the energy converter 80 less than high-pressure water tank 58.
Electrolyte decomposition is generated gas after being powered by the electrolytic cell 77, so as to increase the pressure in high-pressure water tank 58.
By in Laser emission to energy converter 80, energy converter 80 converts light energy into interior the generating laser 79
Can, so as to increase the pressure in high-pressure water tank 58.
Length of the length of the fuel tank 74 less than high-pressure water tank 58.
Width of the width of the fuel tank 74 less than high-pressure water tank 58.
Height of the height of the fuel tank 74 less than high-pressure water tank 58.
Length of the length of the stirring motor 68 less than high-pressure water tank 58.
Width of the width of the stirring motor 68 less than high-pressure water tank 58.
Height of the height of the stirring motor 68 less than high-pressure water tank 58.
Length of the diameter of the agitator 69 less than high-pressure water tank 58.
Width of the diameter of the agitator 69 less than high-pressure water tank 58.
Height of the height of the agitator 69 less than high-pressure water tank 58.
Diameter of the length of the stirring motor 68 less than agitator 69.
Diameter of the width of the stirring motor 68 less than agitator 69.
Height of the height of the stirring motor 68 less than agitator 69.
The heating wire 73 heats the water in high-pressure water tank 58 after being powered, so as to increase the pressure in high-pressure water tank 58.
After the fuel tank 74 is discharged into fuel in high-pressure water tank 58 from fuel tank 74 by atomizer 75, spark
76 ignition operations are filled in, fuel is ignited, so as to increase the pressure in high-pressure water tank 58.
Width of the length of the caterpillar chassis 1 more than high-pressure water tank 58.
Length of the width of the caterpillar chassis 1 more than high-pressure water tank 58.
Height of the height of the caterpillar chassis 1 less than high-pressure water tank 58.
The length of the high-pressure water tank 58 is equal to the length of water tank 31.
The height of the high-pressure water tank 58 is equal to the height of water tank 31.
Width of the width of the high-pressure water tank 58 less than water tank 31.
The front portion for being arranged on Rear frame 48 in a row of the high-pressure nozzle 66.
Diameter of the internal diameter of the high-pressure water pipe 64 less than charging aperture 60.
Diameter of the external diameter of the high-pressure water pipe 64 less than discharging opening 63.
Height of the high-pressure nozzle 66 apart from ground is 1-10mm.
The supercharger 59 to high-pressure water tank 58 provide pressure, by high-pressure water tank 58 built with water and abrasive material be forced into one
Spray after constant-pressure and floor is cut.
The stirring motor 68 and agitator 69 by high-pressure water tank 58 built with water and abrasive material be thoroughly mixed after lead to
Cross high-pressure water pipe 64 to be sprayed by high-pressure nozzle 66.
The pressure gauge 61 is digital pressure gauge, and safety valve 62 is one-way valve structures.
When pressure in the high-pressure water tank 58 exceedes rated pressure, safety valve 62 is automatically opened up, by high-pressure water tank 58
Pressure discharge.
Width of the length of the caterpillar chassis 1 more than Rear frame 48.
Length of the width of the caterpillar chassis 1 less than Rear frame 48.
Height of the height on the distance from top ground of the caterpillar chassis 1 less than the distance from top ground of Rear frame 48.
Width of the diameter of the pneumatic pick fixing hole 49 less than Rear frame 48.
The length of the pneumatic pick fixing hole 49 is equal to the height of Rear frame 48.
The length of the hydraulic cylinder fixed mount 50 is equal to the length of Rear frame 48.
Width of the width of the hydraulic cylinder fixed mount 50 less than Rear frame 48.
Height of the height of the hydraulic cylinder fixed mount 50 more than Rear frame 48.
Width of the diameter of the hydraulic cylinder through hole 51 less than hydraulic cylinder fixed mount 50.
The diameter of the hydraulic cylinder through hole 51 is equal to the external diameter of hydraulic cylinder 52.
The internal diameter of the hydraulic cylinder 52 is equal to the diameter of hydraulic connecting rod 57.
Diameter of the diameter of the hydraulic connecting rod 57 less than pneumatic pick fixing hole 49.
Length of the length of the hydraulic connecting rod 57 more than hydraulic cylinder 52.
Length of the length of the pneumatic pick 56 more than pneumatic pick fixing hole 49.
External diameter of the external diameter of the high pressure hard tube 54 more than high-pressure hose 55.
Internal diameter of the internal diameter of the high pressure hard tube 54 more than high-pressure hose 55.
The hydraulic cylinder fixed mount 50 is fixed on hydraulic cylinder 52 on hydraulic cylinder fixed mount 50, and hydraulic cylinder 52 connects with hydrodynamic pressure
Bar 57 moves up and down, and hydraulic connecting rod 57 moves up and down and drives pneumatic pick 56 to move up and down.
Air is compressed when working by the air compressor machine 53, is conveyed compressed air by high pressure hard tube 54 and high-pressure hose 55
To in pneumatic pick 56, pneumatic pick 56 works and crushes floor.
Width of the length of the caterpillar chassis 1 more than front frame 2.
Length of the width of the caterpillar chassis 1 less than front frame 2.
Height of the height on the distance from top ground of the caterpillar chassis 1 less than the distance from top ground of front frame 2.
Depth of the height of the front frame 2 more than buncher putting hole 3.
Depth of the height of the front frame 2 more than milling cutter through hole 4.
Depth of the depth of the buncher putting hole 3 more than milling cutter through hole 4.
The cross section of the buncher putting hole 3 is polygonized structure, it is therefore an objective to which buncher 12 is fixed on speed governing
In motor putting hole 3, make buncher 12 move up and down in buncher putting hole 3.
The buncher putting hole 3 top for being arranged on front frame 2 in a row.
The buncher 12 is in a row to be arranged in buncher putting hole 3.
The milling cutter through hole 4 bottom for being arranged on front frame 2 in a row.
Height of the height of the vertical beam 5 more than front frame 2.
Width of the length of the crossbeam 6 less than front frame 2.
Width of the diameter of the slide bar through hole 7 less than crossbeam 6.
The slide bar through hole 7 top for being arranged on crossbeam 6 in a row, slide bar through hole 7 be arranged on two screw vents 8 it
Between.
Length of the length of the framework 9 less than front frame 2, the width of framework 9 are more than the width of front frame 2, framework 9
Highly more than the height of front frame 2.
Length of the height of the framework 9 more than chute 11.
Depth of the height of the buncher 12 less than buncher putting hole 3.
Diameter of the diameter of the milling cutter 13 less than milling cutter through hole 4, the length of milling cutter 13 are more than the bottom of front frame 2 to ground
The vertical range in face.
The milling cutter 13 is in a row to be arranged in milling cutter through hole 4.
Depth of the height of the connecting rod 14 more than buncher putting hole 3.
The connecting rod 14 is in a row to be arranged in milling cutter through hole 4, while connecting rod 14 is in a row solid with the bottom of articulated beam 15
Fixed connection.
Length of the length of the articulated beam 15 less than crossbeam 6.
The diameter with diameter greater than slide bar 17 of the slide bar through hole 7, the height of slide bar 17 are more than the height of connecting rod 14, slide bar
Height of 17 height less than vertical beam 5.
Diameter of the internal diameter of the spring 18 more than slide bar 17, the drift of spring 18 are more than the height of vertical beam 5.
Height of the length of the screw rod 20 more than slide bar 17, the length of screw rod 20 are less than the height of vertical beam 5.
Length of the length of the motor 21 less than framework 9, the width of motor 21 are less than the width of framework 9, motor 21
Highly less than the height of framework 9.
Width of the maximum gauge of the drive sprocket 22 less than framework 9, the maximum gauge of driven sprocket 24 are less than framework 9
Width.
The length of the claw 26 is equal to the width of chain 23, and the one side of claw 26 is circular arc, and another side is linear.
The axle center of the axle 25 is less than the height of framework 9 to the distance in the axle center of motor 21.
Width of the ultimate range of the both sides chain 23 less than framework 9.
Length of the length of the weight 27 less than framework 9, the width of weight 27 are less than the width of framework 9, weight 27
Highly less than the height of framework 9.
Length of the length of the coupling block 28 less than weight 27, the width of coupling block 28 join less than the width of weight 27
Connect the height of the height less than weight 27 of block 28.
Length of the height of the slide block 29 less than chute 11.
Length of the length of the cylinder 30 less than coupling block 28, the length of cylinder 30 are more than the length of claw 26.
Length of the length of the water tank 31 less than caterpillar chassis 1, the width of water tank 31 are less than the width of caterpillar chassis 1
Degree, the height of water tank 31 are more than the height of caterpillar chassis 1.
Length of the length of the dust cleaning case 40 less than caterpillar chassis 1, the width of dust cleaning case 40 are less than caterpillar chassis 1
Width, the height of the height of dust cleaning case 40 more than caterpillar chassis 1.
Length of the length of the sealed door 46 less than dust cleaning case 40, the width of sealed door 46 are less than the height of dust cleaning case 40
Degree.
The internal diameter with diameter greater than water pipe 34 of the delivery port 32, the internal diameter of nozzle 36 are less than the internal diameter of water pipe 34.
The diameter with diameter greater than delivery port 32 of the water inlet 37, the internal diameter with diameter greater than tracheae 43 of entering-dust mouth 41.
Internal diameter of the internal diameter of the suction port 45 more than tracheae 43.
Internal diameter of the internal diameter of the tracheae 43 more than water pipe 34, the diameter of water inlet 37 are less than the diameter of entering-dust mouth 41.
Internal diameter of the internal diameter of the nozzle 36 less than suction port 45.
The front portion for being arranged on front frame 2 in a row of the framework 9, slide bar 17 is in a row to be arranged in slide bar through hole 7.
The spring 18 is in a row to be arranged between crossbeam 6 and articulated beam 15, while in a row be arranged on the outer of slide bar 17
Portion, the bottom for being arranged on framework 9 in a row of motor 21.
The nozzle 36 one-tenth two rows are arranged on water pipe 34, and are fixedly connected with water pipe 34.
The suction port 45 one-tenth two rows are arranged on tracheae 43, and are fixedly connected with tracheae 43.
The nozzle is arranged on water pipe 34 into 90 degree, and wherein row's nozzle 36 is forwardly directed to milling cutter 13, another row's nozzle
36 are vertical downwardly directed to ground.
90 degree of the suction port is arranged on tracheae 43, and wherein row's suction port 45 is rearwardly directed to milling cutter 13, and another row inhales
Dirt mouth 45 is vertical downwardly directed to ground.
The stepper motor 19 is rotated and drives screw rod 20 to rotate, and screw rod 20 drives articulated beam 15 to move up and down, articulated beam 15
Drivening rod 14 moves up and down, and connecting rod 14 drives buncher 12 to move up and down, and buncher 12 drives milling cutter 13 to move up and down.
The buncher 12 rotarily drives milling cutter 13 and rotates to fall floor according to certain thickness shovel.
The motor 21 is rotated and drives drive sprocket 22 to rotate, and drive sprocket 22 is rotated and drives driven sprocket by chain 23
24 rotate, and chain 23 is rotated and drives claw 26 to move, and is triggered coupling block 28, weight when claw 26 moves to 28 bottom of coupling block
After 27 reach a certain height, claw 26 is departed from coupling block 28,27 free-falling of weight, and floor is smashed.
Water inside water tank 31 is forced through water pipe 34 and is transported to nozzle 36 by the water pump 33, is then sprayed by nozzle 36
Go out, it is therefore an objective to lower the temperature to milling cutter 13 and reduce airborne dust.
When the water pump 33 works, in order to keep air pressure in water tank 31 to balance with atmospheric pressure, air is entered by air inlet 38
Enter in water tank 31, air inlet 38 is one-way air inlet mouth, the air inside water tank 31 can not escape into the external world, extraneous air can be with
Enter inside water tank 31.
Water inside the water tank 31 is added to inside water tank 31 by water inlet 37, and inside water tank 31, unnecessary water passes through
Slag-drip opening 39 is released.
The air exhauster 42 by suction port 45 and tracheae 43 by inside airborne dust inspiration dust cleaning case 40, then by filtering dust
Afterwards air is discharged by gas outlet 47.
The dust filtered out inside the dust cleaning case 40 is taken out by sealed door 46.
Operationally, motor 21 rotate drive drive sprocket 22 rotate, drive sprocket 22 rotate by chain 23 drive from
Movable sprocket 24 is rotated, and chain 23 is rotated and drives claw 26 to move, and when claw 26 moves to 28 bottom of coupling block is hooked coupling block 28
Rise, after weight 27 reach a certain height, claw 26 is departed from coupling block 28,27 free-falling of weight, and floor is smashed, stepping electricity
Machine 19 is rotated and drives screw rod 20 to rotate, and screw rod 20 drives articulated beam 15 to move up and down, and 15 drivening rod 14 of articulated beam moves up and down,
Connecting rod 14 drives buncher 12 to move up and down, and buncher 12 drives milling cutter 13 to move up and down, and buncher 12 rotarily drives
Milling cutter 13 rotates and falls floor according to certain thickness shovel, and the water inside water tank 31 is forced through water pipe 34 and is transported to by water pump 33
Nozzle 36, is then sprayed by nozzle 36, while air exhauster 42 passes through suction port 45 and tracheae 43 by airborne dust inspiration dust cleaning case 40
Face, reduce airborne dust, heating wire 73 be powered after heating high-pressure water tank 58 in water, fuel tank 74 pass through atomizer 75 fuel from
After being discharged in fuel tank 74 in high-pressure water tank 58, fuel is ignited by 76 ignition operation of spark plug, after electrolytic cell 77 is powered
Electrolyte decomposition is generated gas, by Laser emission to energy converter 80, energy converter 80 is by light for generating laser 79
Interior energy can be converted into, so as to increase the pressure in high-pressure water tank 58, while stirring motor 68 and agitator 69 are by high-pressure water tank 58
Built with water and abrasive material be thoroughly mixed, supercharger 59 to high-pressure water tank 58 provide pressure, by high-pressure water tank 58 built with
Water and abrasive material be forced into certain pressure after spray floor cut, while hydraulic cylinder 52 drives hydraulic connecting rod 57 to move up and down,
Hydraulic connecting rod 57 moves up and down and drives pneumatic pick 56 to move up and down, and air is compressed when working by air compressor machine 53, by high pressure hard tube 54
Deliver compressed air in pneumatic pick 56 with high-pressure hose 55, pneumatic pick 56 works and crushes floor, so as to reach to old water
The purpose removed by mud ground plate or tile floor.
The above is the preferred embodiment of the present invention, it is noted that for those skilled in the art
For, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (10)
1. a kind of ultrahigh pressure large-scale floor disintegrating machine, including caterpillar chassis（1）, front frame（2）, buncher putting hole（3）、
Milling cutter through hole（4）, vertical beam（5）, crossbeam（6）, slide bar through hole（7）, screw vent（8）, framework（9）, rolling bearing units（10）, chute
（11）, buncher（12）, milling cutter（13）, connecting rod（14）, articulated beam（15）, screwed hole（16）, slide bar（17）, spring（18）、
Stepper motor（19）, screw rod（20）, motor（21）, drive sprocket（22）, chain（23）, driven sprocket（24）, axle（25）, claw
（26）, weight（27）, coupling block（28）, slide block（29）, cylinder（30）, water tank（31）, delivery port（32）, water pump（33）, water pipe
（34）, conduit control valve（35）, nozzle（36）, water inlet（37）, air inlet（38）, slag-drip opening（39）, dust cleaning case（40）, enter dirt
Mouthful（41）, air exhauster（42）, tracheae（43）, tracheae control valve（44）, suction port（45）, sealed door（46）, gas outlet（47）, after
Vehicle frame（48）, pneumatic pick fixing hole（49）, hydraulic cylinder fixed mount（50）, hydraulic cylinder through hole（51）, hydraulic cylinder（52）, air compressor machine
（53）, high pressure hard tube（54）, high-pressure hose（55）, pneumatic pick（56）, hydraulic connecting rod（57）, high-pressure water tank（58）, supercharger（59）、
Charging aperture（60）, pressure gauge（61）, safety valve（62）, discharging opening（63）, high-pressure water pipe（64）, pipe clamp（65）, high-pressure nozzle
（66）, high pressure valve（67）, stirring motor（68）, agitator（69）, power supply（70）, wire（71）, power switch（72）, electric heating
Silk（73）, fuel tank（74）, atomizer（75）, spark plug（76）, electrolytic cell（77）, electrode bar（78）, generating laser（79）
And energy converter（80）, it is characterised in that：The caterpillar chassis（1）Front portion be provided with front frame（2）, front frame（2）With
Caterpillar chassis（1）Front portion be fixedly connected, front frame（2）Top be provided with buncher putting hole（3）, front frame（2）'s
Bottom is provided with milling cutter through hole（4）, front frame（2）Top be respectively arranged at two ends with vertical beam（5）, vertical beam（5）One end and front truck
Frame（2）Top be fixedly connected, buncher putting hole（3）Buncher is inside provided with（12）, front frame（2）Top top
It is provided with crossbeam（6）, crossbeam（6）Two ends be arranged on front frame（2）The vertical beam at the two ends at top（5）It is fixedly connected, crossbeam
（6）It is provided with slide bar through hole（7）, crossbeam（6）Two ends be equipped with screw vent（8）, front frame（2）Front portion be provided with framework
（9）, framework（9）With front frame（2）Front portion be fixedly connected, framework（9）The both sides at top be equipped with rolling bearing units（10）, frame
Frame（9）Inside both sides be equipped with chute（11）, buncher（12）With milling cutter（13）It is fixedly connected, milling cutter through hole（4）Inside set
There is milling cutter（13）, buncher（12）Top and connecting rod（14）One end be fixedly connected, vertical beam（5）And crossbeam（6）Inside it is provided with
Articulated beam（15）, connecting rod（14）The other end and articulated beam（15）Bottom be fixedly connected, articulated beam（15）Two ends respectively
It is provided with screwed hole（16）, screwed hole（6）Screw rod is inside provided with（20）, articulated beam（15）Top be provided with slide bar（17）, articulated beam
（15）Top and slide bar（17）One end be fixedly connected, slide bar through hole（7）Slide bar is inside provided with（17）, slide bar（17）It is externally provided with bullet
Spring（18）, spring（18）It is arranged on crossbeam（6）And articulated beam（15）Between, crossbeam（6）Top two ends be equipped with stepping electricity
Machine（19）, stepper motor（19）It is fixed on crossbeam（6）The two ends at top, stepper motor（19）With screw rod（20）One end fix connect
Connect, screw vent（8）Screw rod is inside provided with（20）, framework（9）Bottom be provided with motor（21）, motor（21）It is provided with drive sprocket
（22）, drive sprocket（22）With motor（21）It is fixedly connected, rolling bearing units（10）Axle is inside provided with（25）, axle（25）With rolling bearing units
（10）Connection, axle（25）It is provided with driven sprocket（24）, driven sprocket（24）With axle（25）It is fixedly connected, drive sprocket（22）With
Driven sprocket（24）It is provided with chain（23）, chain（23）It is provided with claw（26）, claw（26）With chain（23）It is fixedly connected,
Framework（9）Front portion be provided with weight（27）, weight（27）Side be provided with coupling block（28）, coupling block（28）With weight（27）'s
Side is fixedly connected, coupling block（28）Two ends be equipped with slide block（29）, slide block（29）With coupling block（28）It is fixedly connected, couples
Block（28）It is provided with cylinder（30）, cylinder（30）With coupling block（28）Side bottom connection, caterpillar chassis（1）Top
Rear portion be provided with water tank（31）, water tank（31）Built with water, water tank（31）The bottom of side is provided with delivery port（32）, water tank（31）
The bottom of side is provided with water pump（33）, water pump（33）One end and water tank（31）The delivery port of the bottom of side（32）Fixed company
Connect, water pump（33）The other end and water pipe（34）One end be fixedly connected, water pipe（34）The other end closing, water pipe（34）On set
There is conduit control valve（35）, water pipe（34）It is arranged on milling cutter（13）Rear, water pipe（34）It is provided with nozzle（36）, nozzle（36）
One end and water pipe（34）It is fixedly connected, water tank（31）Top be provided with water inlet（37）And air inlet（38）, water tank（31）'s
The bottom of opposite side is provided with slag-drip opening（39）, caterpillar chassis（1）The front portion at top be provided with dust cleaning case（40）, dust cleaning case（40）
Dedusting filter screen, dust cleaning case are inside provided with（40）The bottom of side is provided with entering-dust mouth（41）, dust cleaning case（40）The bottom of side is provided with takes out
Mechanism of qi（42）, air exhauster（42）One end and dust cleaning case（40）The entering-dust mouth of the bottom of side（41）It is fixedly connected, air exhauster
（42）The other end and tracheae（43）One end be fixedly connected, tracheae（43）The other end closing, tracheae（43）It is provided with tracheae
Control valve（44）, tracheae（43）It is arranged on milling cutter（13）Front, tracheae（43）It is provided with suction port（45）, suction port（45）'s
One end and tracheae（43）It is fixedly connected, dust cleaning case（40）Opposite side be provided with sealed door（46）, dust cleaning case（40）Top be provided with
Gas outlet（47）, caterpillar chassis（1）Rear portion be provided with Rear frame（48）, Rear frame（48）With caterpillar chassis（1）Fixed company
Connect, Rear frame（48）Top be provided with pneumatic pick fixing hole（49）, pneumatic pick fixing hole（49）Pneumatic pick is inside provided with（56）, Rear frame（48）
Top be provided with hydraulic cylinder fixed mount（50）, hydraulic cylinder fixed mount（50）It is provided with hydraulic cylinder through hole（51）, hydraulic cylinder through hole
（51）Hydraulic cylinder is inside provided with（52）, hydraulic cylinder（52）It is fixedly installed on hydraulic cylinder through hole（51）With hydraulic cylinder fixed mount（50）On,
Hydraulic cylinder（52）One end and hydraulic cylinder fixed mount（50）It is fixedly connected, hydraulic cylinder（52）Hydraulic connecting rod is inside provided with（57）, hydraulic pressure
Cylinder（52）The other end and hydraulic connecting rod（57）One end connection, caterpillar chassis（1）Top be provided with air compressor machine（53）, pneumatics
Machine（53）It is arranged on water tank（31）And dust cleaning case（40）Between, air compressor machine（53）With high pressure hard tube（54）One end be fixedly connected,
High pressure hard tube（54）The other end closing, high pressure hard tube（54）It is provided with high-pressure hose（55）, high-pressure hose（55）One end with
High pressure hard tube（54）It is fixedly connected, high-pressure hose（55）The other end and pneumatic pick（56）It is fixedly connected, caterpillar chassis（1）Top
Portion is provided with high-pressure water tank（58）And supercharger（59）, high-pressure water tank（58）Built with water and abrasive material, high-pressure water tank（58）Side
With supercharger（59）Connection, high-pressure water tank（58）Top be provided with charging aperture（60）, high-pressure water tank（58）It is provided with pressure gauge
（61）, safety valve（62）, high-pressure water tank（58）Opposite side be provided with discharging opening（63）, discharging opening（63）With high-pressure water pipe（64）'s
One end is fixedly connected, high-pressure water pipe（64）The other end and high-pressure nozzle（66）It is fixedly connected, high-pressure water pipe（64）It is provided with height
Pressure valve（67）, Rear frame（48）Front portion be provided with pipe clamp（65）, pipe clamp（65）With high-pressure water pipe（64）Connection, high-pressure water tank
（64）Bottom be provided with stirring motor（68）And agitator（69）, stirring motor（68）With agitator（69）It is fixedly connected, high pressure
Water pot（58）Heating wire is inside provided with（73）, heating wire（73）With wire（71）Connection, wire（71）With power supply（70）Connection, wire
（71）It is provided with power switch（72）, power switch（72）With wire（71）Connection, power switch（72）And power supply（70）It is all provided with
Put in high-pressure water tank（58）Outward, high-pressure water tank（58）Top be provided with fuel tank（74）, fuel tank（74）Built with fuel, fuel
Tank（74）Outside be provided with atomizer（75）, high-pressure water tank（58）Top be provided with spark plug（76）, high-pressure water tank（58）Inside set
There is electrolytic cell（77）, electrolytic cell（77）Built with electrolyte, electrolytic cell（77）Electrode bar is inside provided with（78）, electrode bar（78）One
End passes through wire（71）And power switch（72）With power supply（70）Connection, electrode bar（78）Other end immersion electrolyte in, high
Pressure tank（58）Generating laser is inside provided with（79）And energy converter（80）, energy converter（80）It is arranged on generating laser
（79）Opposite side.
2. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The electrolytic cell（77）'s
Length is less than high-pressure water tank（58）Length.
3. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The electrolytic cell（77）'s
Width is less than high-pressure water tank（58）Width.
4. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The electrolytic cell（77）'s
High-pressure water tank is highly less than（58）Height.
5. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The generating laser
（79）Length be less than high-pressure water tank（58）Length.
6. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The generating laser
（79）Width be less than high-pressure water tank（58）Width.
7. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The generating laser
（79）Height be less than high-pressure water tank（58）Height.
8. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The energy converter
（80）Length be less than high-pressure water tank（58）Length.
9. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The energy converter
（80）Width be less than high-pressure water tank（58）Width.
10. a kind of ultrahigh pressure large-scale floor disintegrating machine according to claim 1, it is characterised in that：The energy converter
（80）Height be less than high-pressure water tank（58）Height.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611165209.9A CN106499209B (en) | 2016-12-16 | 2016-12-16 | Ultrahigh pressure large floor crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611165209.9A CN106499209B (en) | 2016-12-16 | 2016-12-16 | Ultrahigh pressure large floor crusher |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106499209A true CN106499209A (en) | 2017-03-15 |
| CN106499209B CN106499209B (en) | 2020-10-16 |
Family
ID=58331126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611165209.9A Active CN106499209B (en) | 2016-12-16 | 2016-12-16 | Ultrahigh pressure large floor crusher |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106499209B (en) |
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|---|---|---|---|---|
| DE3916186A1 (en) * | 1989-05-18 | 1990-11-29 | Siemens Ag | Fuel element basin repair - by layer removing tool on frame with guide element on basin wall |
| CN1127322A (en) * | 1993-10-20 | 1996-07-24 | 卡尔赛夫有限公司及两合公司机械厂 | Hydraulic mining excavator |
| US6328387B1 (en) * | 1999-11-05 | 2001-12-11 | Lisa Cooper | Apparatus and method for removing floor covering |
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|---|---|
| CN106499209B (en) | 2020-10-16 |
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Effective date of registration: 20200915 Address after: No.32, Limin street, Sanyi community, Sanyi Town, Bozhou City, Anhui Province Applicant after: Li Yongqi Address before: 524200, No. 226, Lei lake, Lei Town, Leizhou City, Guangdong, Zhanjiang Applicant before: Lin Qunfu |
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