CN203805148U - Pathway self-propelled used concrete block recycling cutting machine - Google Patents
Pathway self-propelled used concrete block recycling cutting machine Download PDFInfo
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- CN203805148U CN203805148U CN201420196096.9U CN201420196096U CN203805148U CN 203805148 U CN203805148 U CN 203805148U CN 201420196096 U CN201420196096 U CN 201420196096U CN 203805148 U CN203805148 U CN 203805148U
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Abstract
The utility model discloses a pathway self-propelled used concrete block recycling cutting machine. The pathway self-propelled used concrete block recycling cutting machine comprises an engine, and further comprises a walking and vehicle frame assembly, a sliding rail and stand column assembly, a main shaft box assembly, a hydraulic assembly and an electric appliance control assembly. The walking and vehicle frame assembly comprises a vehicle frame bottom plate, and a driving shaft and a driven shaft are fixedly installed on the vehicle frame bottom plate. According to the pathway self-propelled used concrete block recycling cutting machine, the structure is compact, the transmission efficiency is high, the functions are complete, the cutting precision is high, and the automation requirement of concrete production can be met. The overall cutting speed reaches to more than 60 meters per hour, the efficiency is five or six times that of ordinary domestic road cutting, watering and cutting can be carried out at the same time through a water tank carried along the pathway self-propelled used concrete block recycling cutting machine, no dust is produced, air pollution cannot happen, the environmental protecting requirement is achieved in all aspects, and the pathway self-propelled used concrete block recycling cutting machine is the best tool for maintaining and dismounting a road in current city construction and fills the gaps in the field at home and abroad.
Description
Technical field
The utility model belongs to road concrete field, relates to high speed concrete road surface cutting equipment, is specifically related to a kind of track self-propelled old concrete piecemeal and reclaims cutting machine.
Background technology
Since 21st century, the quickening of urbanization process is opened up and has been produced a large amount of discarded concretes with hailing rapidly of road construction in world wide, for the reasonable processing of these discarded concretes, is one of strategic objectives of environmental protection and sustainable development.According to interrelated data, calculate, the annual building castoff of producing of China reaches 2,400,000,000 tons, and wherein concrete block accounts for 30%, and consequent waste and old concrete is just had an appointment 800,000,000 tons.Still aobvious few for the processing method of waste and old concrete in the world at present.Traditional method is mainly to transport countryside air storage or landfill to.In this process, stirring up a cloud of dust while clearing in on-the-spot and way, sandstone road are spread and can be caused environmental pollution; Stacking or landfill be land occupation, destruction ecological environment again.Therefore, effectively reduce environmental pollution and the most effective approach of ecological disruption is to make building castoff decrement, and this decrement also only has by regeneration and could the most directly obtain at present.Therefore, need to design a plant equipment for building waste recyclings such as waste and old concretes.
Existing old concrete cutting machine is difficult to realize the cutting of extensive one-tenth piece aspect cutting, can not recycle, and causes a large amount of concrete wastes, and cutting speed is low, and cutting road surface types is limited, and type of cut is single, and complex structure is not easy to operation.
Summary of the invention
The deficiency existing for prior art, the purpose of this utility model is, provide a kind of track self-propelled old concrete piecemeal to reclaim cutting machine, solve old concrete cutting machine in prior art and aspect cutting, be difficult to realize becoming on a large scale piece cutting, material is difficult to the problem reclaiming.
In order to address the above problem, adopt following technical scheme to be achieved:
A kind of track self-propelled old concrete piecemeal reclaims cutting machine, comprise engine, described track self-propelled old concrete piecemeal reclaims cutting machine and also comprises walking and frame assembly, slide rail and column assembly, main spindle box assembly, hydraulic pressure assembly and electrical equipment control assembly;
Described walking and frame assembly comprise frame panel, on frame panel, be installed with driving shaft and driven shaft, both ends of main drive shaft is provided with driving wheel, and driven shaft two ends are provided with driven pulley, driving wheel and driven pulley seesaw along track, and running motor is driving shaft transmission by decelerator; The frame panel two ends in driving shaft and driven shaft outside are consolidated with front sidesway casing and rear sidesway casing separately, front sidesway casing is enclosed within on front main box and under the drive of sidesway oil cylinder, along front main box, moves left and right before complete machine, and front sidesway casing and rear sidesway casing drive whole frame panel to move left and right; Rear sidesway casing is enclosed within on rear main box and under the drive of sidesway oil cylinder, along rear main box, moves left and right after complete machine, the two ends of front main box are provided with front left support oil cylinder and front right support oil cylinder, and the two ends of rear main box are provided with rear left support oil cylinder and rear right support oil cylinder;
Described slide rail and column assembly comprise that four foundation ends are fixedly mounted on the column on frame panel, the top of four root posts is consolidated with top cover, on four root posts, cover has a sleeve that can slide along column respectively, on two sleeves of front end, a front side board-shifting support is installed, on the sleeve of two of rear ends, a rear side board-shifting support is installed, the front sidesway plate moving left and right along front side board-shifting support under equipment front stretching oil cylinder drives is installed on the board-shifting support of front side, the rear sidesway plate that telescopic oil cylinder moves left and right along rear side board-shifting support under driving after equipment is installed on rear side board-shifting support, front side board-shifting support is connected with hoist cylinder small end before equipment, rear side board-shifting support is connected with hoist cylinder small end after equipment, before equipment, after the large end of hoist cylinder and equipment, the large end of hoist cylinder is arranged on respectively on frame panel, before equipment, after hoist cylinder and equipment, hoist cylinder drives front side board-shifting support and rear side board-shifting support to move up and down
Front sidesway plate and rear sidesway plate are arranged on respectively the both sides of main spindle box housing in main spindle box assembly, main spindle box housing, in main spindle box housing, be provided with gearbox, on gearbox, be provided with entering spindle and output main shaft, entering spindle is by saw cutter motor driven, main spindle box housing is all stretched out at described output main shaft two ends, and the two ends of output main shaft are separately installed with a saw cutter, and the width of two saw cuttves is larger than the width of two tracks;
Described engine is arranged on top cover, the output shaft of engine is connected with the variable pump in hydraulic pressure assembly, the input of variable pump is connected with hydraulic oil container, variable delivery side of pump is connected with saw cutter motor with running motor respectively, and variable delivery side of pump is also connected with telescopic oil cylinder after hoist cylinder, equipment front stretching oil cylinder and equipment after hoist cylinder, equipment before sidesway oil cylinder, front left support oil cylinder, front right support oil cylinder, rear left support oil cylinder, rear right support oil cylinder, equipment after sidesway oil cylinder, complete machine before complete machine in hydraulic pressure assembly respectively;
Described electrical equipment control assembly comprises control cabinet, pass is removed in the complete machine front side that the front sidesway oil cylinder of control complete machine is installed on control cabinet, control the complete machine rear side of sidesway oil cylinder after complete machine and remove pass, and control before complete machine the total sidesway switch of complete machine of the synchronous left and right of sidesway oil cylinder sidesway after sidesway oil cylinder and complete machine;
The front left branch leg switch of controlling front left support oil cylinder is installed on control cabinet, controls the front right supporting leg switch of front right support oil cylinder, and the front leg strut master switch of controlling front left support oil cylinder and the synchronous oscilaltion campaign of front right support oil cylinder;
The front left branch leg switch of controlling rear left support oil cylinder is installed on control cabinet, controls the rear right supporting leg switch of rear right support oil cylinder, and the rear support leg master switch of controlling rear left support oil cylinder and the synchronous oscilaltion campaign of rear right support oil cylinder;
On control cabinet, be provided with and control before equipment the equipment direction switch of hoist cylinder synchronization lifting motion after hoist cylinder and equipment; On control cabinet, be provided with and control the flexible switch of equipment that hoist cylinder synchronously moves left and right after equipment front stretching oil cylinder and equipment;
Walking switch, walking driving switch and the speed governing knob of controlling running motor are also installed on control cabinet, control the saw cutter speed switch of saw cutter motor, initiation key hole, flameout switch and the Oil Switch of control engine.
The utility model also has following technical characterictic:
Described electrical equipment control assembly also comprises handle, between handle and control cabinet, by manual/auto switch, switch, switch is installed on handle, lower switch, left-handed opening and right switch, switch between upper switch and lower switch and equipment direction switch, the synchronous oscilaltion campaign of hoist cylinder after hoist cylinder and equipment before control equipment, between left-handed opening and right switch and walking switch, switch, control running motor and cutting machine is advanced or retreat.
Four described root post bottoms are fixedly mounted on the frame panel between front main box and driven shaft and between rear main box and driving shaft.
On described slide rail and column assembly with on the both sides of parallel track, be separately installed with protective cover.
On described front sidesway casing, water tank is installed, water tank sprays water on saw cutter by water pipe.
Described hydraulic oil container is arranged on rear sidesway casing.
The utility model compared with prior art, has following technique effect:
Cutting machine structure of the present utility model is compact, transmission efficiency is high, multiple functional, cutting accuracy is high, can meet the concrete cutting machine of concrete production automation requirement.Adopt Automatic Control, automaticity is high, simple to operation, can cut in concrete road surface of different nature.Hydraulic system stable performance, highly sensitive.Lifting partly adopts oil cylinder to control, and lifting is stable.Main spindle box adopts gear graduation, sound construction, smooth running.Complete machine is by mechanical-electrical-hydraulic integration, and high performance-price ratio is scientific and reasonable for structure, has the advantages such as efficient, low price, safety, environmental protection and energy saving.Complete machine adopts diesel, hydraulicdriven mode, and diesel is strong, operation and the movement in the wild of applicable complete machine, hydraulic system stable performance, highly sensitive.Guide Rail Design is light, can carry out the docking of guide rail two ends, infinitely extends, and when long distance cutting, very needs.Pollution cost is little, environmental protection.Adopt integral cutting, whole utilization, waste and old concrete is cut into regeneration stone material the most at last.Automaticity is high, operating process is comparatively easy.Only need operation control panel, just can realize fast the function that switches tracks, commutates.Cutting speed is stable, has reached 60 meters of above cutting powers per hour, and efficiency is five to six times of general domestic road cutting, and large degree of depth cutting, more than certain moulding 300mm.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of cutting machine.
Fig. 2 is the structural representation of facing of Fig. 1.
Fig. 3 is the A-A plan structure schematic diagram of Fig. 2.
Fig. 4 is the left TV structure schematic diagram of Fig. 1.
Fig. 5 is the overall structure schematic diagram of walking and frame assembly.
Fig. 6 is the overall structure schematic diagram of slide rail and column assembly.
Fig. 7 is the overall structure schematic diagram of main spindle box assembly.
Fig. 8 is the annexation schematic diagram of hydraulic pressure assembly and electrical equipment control assembly.
Fig. 9 to Figure 10 is the hydraulic schematic diagram of hydraulic pressure assembly.
Figure 11 to Figure 17 is the electrical schematic of electrical equipment control assembly.
In figure, the implication of each label is: 1-engine, 2-walking and frame assembly, 3-slide rail and column assembly, 4-main spindle box assembly, 5-hydraulic pressure assembly, 6-electrical equipment control assembly, 7-frame panel, 8-driving shaft, 9-driven shaft, 10-driving wheel, 11-driven pulley, 12-track, 13-decelerator, sidesway casing before 14-, sidesway casing after 15-, main box before 16-, main box after 17-, sidesway oil cylinder before 18-complete machine, sidesway oil cylinder after 19-complete machine, 20-front left support oil cylinder, 21-front right support oil cylinder, 22-rear left support oil cylinder, 23-rear right support oil cylinder, hoist cylinder before 24-equipment, hoist cylinder after 25-equipment, 26-equipment front stretching oil cylinder, telescopic oil cylinder after 27-equipment, 28-hydraulic oil container, 29-variable pump, 30-running motor, 31-saw cutter motor, 32-column, 33-top cover, 34-sleeve, 35-front side board-shifting support, 36-rear side board-shifting support, sidesway plate before 37-, sidesway plate after 38-, 39-main spindle box housing, 40-gearbox, 41-entering spindle, 42-exports main shaft, 43-saws cutter, 44-protective cover, 45-water tank, pass is removed in 46-complete machine front side, 47-complete machine rear side is removed pass, the total sidesway switch of 48-complete machine, left branch leg switch before 49-, 50-front right supporting leg switch, 51-front leg strut master switch, left branch leg switch after 52-, 53-rear right supporting leg switch, 54-rear support leg master switch, 55-equipment direction switch, the 56-equipment switch that stretches, the 57-switch of walking, the 58-driving switch of walking, 59-speed governing knob, 60-saw cutter speed switch, 61-initiation key hole, 62-flameout switch, 63-Oil Switch, the upper switch of 64-, switch under 65-, 66-left-handed opening, the right switch of 67-, 68-handle, 69-control cabinet, the manual/auto change-over switch of 70-.
Below in conjunction with drawings and Examples, particular content of the present utility model is explained in further detail.
The specific embodiment
Below provide specific embodiment of the utility model, it should be noted that the utility model is not limited to following specific embodiment, all equivalents of doing on present techniques scheme basis all fall into protection domain of the present utility model.
Defer to technique scheme, as shown in Figures 1 to 9, the present embodiment provides a kind of track self-propelled old concrete piecemeal and reclaims cutting machine, comprise engine 1, it is characterized in that: described track self-propelled old concrete piecemeal reclaims cutting machine and also comprises walking and frame assembly 2, slide rail and column assembly 3, main spindle box assembly 4, hydraulic pressure assembly 5 and electrical equipment control assembly 6;
Described walking and frame assembly 2 comprise frame panel 7, on frame panel 7, be installed with driving shaft 8 and driven shaft 9, driving shaft 8 two ends are provided with driving wheel 10, driven shaft 9 two ends are provided with driven pulley 11, driving wheel 10 and driven pulley 11 seesaw along track 12, and running motor 30 is driving shaft 8 transmissions by decelerator 13; Frame panel 7 two ends in driving shaft 8 and driven shaft 9 outsides are consolidated with front sidesway casing 14 and rear sidesway casing 15 separately, front sidesway casing 14 is enclosed within on front main box 16 and under 18 drives of sidesway oil cylinder, along front main box 16, moves left and right before complete machine, and front sidesway casing 14 and rear sidesway casing 15 drive whole frame panel 7 to move left and right; Rear sidesway casing 15 is enclosed within on rear main box 17 and under 19 drives of sidesway oil cylinder, along rear main box 17, moves left and right after complete machine, the two ends of front main box 16 are provided with front left support oil cylinder 20 and front right support oil cylinder 21, and the two ends of rear main box 17 are provided with rear left support oil cylinder 22 and rear right support oil cylinder 23;
Described slide rail and column assembly 3 comprise that four foundation ends are fixedly mounted on the column 32 on frame panel, the top of four root posts 32 is consolidated with top cover 33, on four root posts 32, cover has a sleeve 34 that can slide along column 32 respectively, on two sleeves 34 of front end, a front side board-shifting support 35 is installed, on the sleeve 34 of two of rear ends, a rear side board-shifting support 36 is installed, the front sidesway plate 37 moving left and right along front side board-shifting support 35 under equipment front stretching oil cylinder 26 drives is installed on front side board-shifting support 35, the rear sidesway plate 38 that telescopic oil cylinder 27 moves left and right along rear side board-shifting support 36 under driving after equipment is installed on rear side board-shifting support 36, front side board-shifting support 35 is connected with hoist cylinder 24 small ends before equipment, rear side board-shifting support 36 is connected with 25 small ends of hoist cylinder after equipment, before equipment, after the large end of hoist cylinder 24 and equipment, the large end of hoist cylinder 25 is arranged on respectively on frame panel 7, before equipment, after hoist cylinder 24 and equipment, hoist cylinder 25 drives front side board-shifting support 35 and rear side board-shifting support 36 to move up and down
Front sidesway plate 37 and rear sidesway plate 38 are arranged on respectively the both sides of main spindle box housing 39 in main spindle box assembly 4, main spindle box housing 39, in main spindle box housing 39, be provided with gearbox 40, on gearbox 40, be provided with entering spindle 41 and output main shaft 42, entering spindle 41 is by 31 transmissions of saw cutter motor, main spindle box housing 39 is all stretched out at described output main shaft 42 two ends, and the width that the two ends of output main shaft 42 are separately installed with 43, two saw cuttves 43 of a saw cutter is larger than the width of two tracks 12;
Described engine 1 is arranged on top cover 33, the output shaft of engine 1 is connected with the variable pump 29 in hydraulic pressure assembly 5, the input of variable pump 29 is connected with hydraulic oil container 28, the output of variable pump 29 is connected with saw cutter motor 31 with running motor 30 respectively, the output of variable pump 29 also respectively with hydraulic pressure assembly 5 in complete machine before sidesway oil cylinder 18, sidesway oil cylinder 19 after complete machine, front left support oil cylinder 20, front right support oil cylinder 21, rear left support oil cylinder 22, rear right support oil cylinder 23, hoist cylinder 24 before equipment, after equipment, hoist cylinder 25, equipment front stretching oil cylinder 26 is connected with telescopic oil cylinder after equipment 27,
Described electrical equipment control assembly 6 comprises control cabinet 69, pass 46 is removed in the complete machine front side that the front sidesway oil cylinder 18 of control complete machine is installed on control cabinet 69, control after complete machine the complete machine rear side of sidesway oil cylinder 19 and remove and close 47, and control before complete machine the total sidesway switch 48 of complete machine of sidesway oil cylinder 19 synchronous left and right sidesways after sidesway oil cylinder 18 and complete machine;
The front left branch leg switch 49 of controlling front left support oil cylinder 20 is installed on control cabinet 69, controls the front right supporting leg switch 50 of front right support oil cylinder 21, and the front leg strut master switch 51 of controlling front left support oil cylinder 20 and the 21 synchronous oscilaltion campaigns of front right support oil cylinder;
The front left branch leg switch 52 of controlling rear left support oil cylinder 22 is installed on control cabinet 69, controls the rear right supporting leg switch 53 of rear right support oil cylinder 23, and the rear support leg master switch 54 of controlling rear left support oil cylinder 22 and the 23 synchronous oscilaltion campaigns of rear right support oil cylinder;
On control cabinet 69, be provided with and control before equipment the equipment direction switch 55 of hoist cylinder 25 synchronization liftings motions after hoist cylinder 24 and equipment; On control cabinet 69, be provided with and control the flexible switch 56 of equipment that hoist cylinder 27 synchronously moves left and right after equipment front stretching oil cylinder 26 and equipment;
Walking switch 57, walking driving switch 58 and the speed governing knob 59 of controlling running motor 30 are also installed on control cabinet 69, control the saw cutter speed switch 60 of saw cutter motor 31, the initiation key hole 61 of control engine 1, flameout switch 62 and Oil Switch 63.
Electrical equipment control assembly 6 also comprises handle 68, between handle 68 and control cabinet 69, by manual/auto switch 70, switch, switch 64 is installed on handle 68, lower switch 65, left-handed opening 66 and right switch 67, between upper switch 64 and lower switch 65 and equipment direction switch 55, switch, the synchronous oscilaltion campaign of hoist cylinder 25 after hoist cylinder 24 and equipment before control equipment, between left-handed opening 66 and right switch 67 and walking switch 57, switch, control running motor 30 and cutting machine is advanced or retreat.
Four root post 32 bottoms are fixedly mounted on the frame panel 7 between front main box 16 and driven shaft 9 and between rear main box 17 and driving shaft 8.
On slide rail and column assembly 3, on both sides parallel with track 12, be separately installed with protective cover 44.
On front sidesway casing 14, water tank 45 is installed, water tank 45 sprays water on saw cutter 43 by water pipe.
Hydraulic oil container 28 is arranged on rear sidesway casing 15.
Engine 1 adopts east wind comings 132kw engine, and take its excellent product quality provides powerful power as cutting machine.
The hydraulic schematic diagram of hydraulic pressure assembly 5 is as shown in figure Fig. 9 to Figure 10, and the electrical schematic of electrical equipment control assembly 6 is as shown in Figure 11 to Figure 17.
The work flow of cutting machine of the present utility model is as follows:
Cutting operation: before start, to first check that board does not have bar (such as on board orbit 12 around, saw cutter 43 times), after inspection, can start shooting, open initiation key hole 61, again observe concrete road surface, the place ahead height and thickness, guarantee that it is in the range of work, can safe operation.
By the flexible switch 56 of the equipment on the panel of control cabinet 69, control saw cutter 43 and move left and right, realize the adjusting of cutting position and cutting width.
Saw cutter 43 is increased to after limiting altitude, board is moved to the head end on processed road surface, (before noting starting shooting, first opening cooling water can move, water tank 45 sprays water on saw cutter 43 by water pipe), manual/auto change-over switch 70 realizes between handle 68 and control cabinet 69 to be switched, in order to regulate the forward-reverse of lifting and the cutting machine walking of equipment, control the saw lifting of cutter 43 and the walking of complete machine.
Be switched to after automatic mode, handle 68 is not worked, control cabinet 69 work, by equipment direction switch 55 and the flexible switch 56 of equipment, make to saw cutter 43 and drop to 3～5 centimeters from road surface, and note the position limit that saw cutter 43 rises and declines, otherwise can cause that board exceeds the scope of application, cause security incident, board operator must check on board operation principles and performance before operation for this reason.
According to finally needing the degree of depth of the definite saw cutter 43 that once declines of depth of cut (for reaching final depth of cut, saw cutter 43 cuttings that decline need to repeatedly circulate), by saw cutter speed switch 60, regulate saw cutter 43 to reach cutting rotating speed, then regulate equipment direction switch 55, cutter is dropped to required depth of cut.By walking driving switch 58, can select the gear of walking: one grade or second gear (not allowing to convert in the process of walking gear), can realize board front and back stroke translational speed by speed governing knob 59 and adjust.By walking switch 57, control complete machine and walk along track 12 front and back, when going to tail track, the limited block on track 12 can be touched the limit switch of installing on cutting machine, makes complete machine stop seesawing, and realizes board and automatically walks.
Be switched to after manual mode, by the upper switch 64 on handle 68 and lower switch 65 manual adjustments, make to saw cutter 43 and drop to 3～5 centimeters from road surface, and notice that saw cutter 43 rises and the position limit of decline, otherwise can cause that board exceeds the scope of application, cause security incident, board operator must check on board operation principles and performance before operation for this reason.According to finally needing the degree of depth of the definite saw cutter 43 that once declines of depth of cut (for reaching final depth of cut, saw cutter 43 cuttings that decline need to repeatedly circulate), by saw cutter speed switch 60, regulate saw cutter 43 to reach cutting rotating speed, then by the upper switch 64 on handle 68 and lower switch 65, manually cutter is dropped to required depth of cut.By walking driving switch 58, can select the gear of walking: one grade or second gear (not allowing to convert in the process of walking gear), can realize board front and back stroke translational speed by speed governing knob 59 and adjust.By the left-handed opening 66 on handle 68 and right switch 67, manually control seesawing of complete machine.
After the flexible switch 56 of equipment is controlled equipment front stretching oil cylinder 26 and equipment, telescopic oil cylinder 27 synchronously moves left and right, to adjust the cutting position of saw cutter 43.
Repeat the operation of above-mentioned steps, circulation cutting, until cut to required depth of cut.
Operation switches tracks: by the front left branch leg switch 49 on the panel of operation control box 69, front right supporting leg switch 50, front leg strut master switch 51, rear left branch leg switch 52, rear right supporting leg switch 53 and rear support leg master switch 54, four supporting legs are risen, be that front left support oil cylinder 20, front right support oil cylinder 21, rear left support oil cylinder 22 and rear right support oil cylinder 23 rise, complete machine is risen, again lay track 12.
Complete machine front side in operation control box 69 remove close 46, complete machine rear side remove close 47 and the total sidesway switch 48 of complete machine control before complete machines sidesway oil cylinder 19 after sidesway oil cylinder 18 and complete machine, make front sidesway casing 14 and rear sidesway casing 15 drive complete machine to move on front main box 16 and rear main box 17, position by complete machine sidesway to appointment, finally complete machine is put down, driving wheel 10 and driven pulley 11 are fallen on track 12.
Switch operation: when machinery requirement turns around, by the front left branch leg switch 49 on the panel of operation control box 69, front right supporting leg switch 50, front leg strut master switch 51, rear left branch leg switch 52, rear right supporting leg switch 53 and rear support leg master switch 54, complete machine is risen, remove track 12, now need assistive device rotating disk, rotating disk is pushed under board, then board is fallen, promoted board realization and turn to.Lead to board is risen again, remove rotating disk, again lay track 12.Finally board is fallen on track 12.Board position is being adjusted if needed, can realized by the operating procedure that switches tracks.
When concrete cutting machine has cut after a station, in the time of need to changing position cutting, to note especially 2 points:
(A), before movable cutting machine, saw cutter 43 need to first be taken off, then is shifted.Because the cutting machine center of gravity of dress saw cutter 43 is higher, in movement, be easily to topple over accident, so saw cutter 43 must be unloaded, reduce the center of gravity of cutting machine, be beneficial to cutting machine and be steadily shifted.
(B), after displacement, more again load onto saw during cutter 43, should guarantee to saw cutter 43 solid and reliable.And readjust saw cutter 43 and seem distance with track 12, when saw cutter 43 is behind suitable position, just can cut.These 2 very important, during each cutting machine displacement, all wants emphasis to handle this two things well.
Claims (6)
1. a track self-propelled old concrete piecemeal reclaims cutting machine, comprise engine (1), it is characterized in that: described track self-propelled old concrete piecemeal reclaims cutting machine and also comprises walking and frame assembly (2), slide rail and column assembly (3), main spindle box assembly (4), hydraulic pressure assembly (5) and electrical equipment control assembly (6);
Described walking and frame assembly (2) comprise frame panel (7), on frame panel (7), be installed with driving shaft (8) and driven shaft (9), driving shaft (8) two ends are provided with driving wheel (10), driven shaft (9) two ends are provided with driven pulley (11), driving wheel (10) and driven pulley (11) seesaw along track (12), and running motor (30) is driving shaft (8) transmission by decelerator (13); Frame panel (7) two ends in driving shaft (8) and driven shaft (9) outside are consolidated with front sidesway casing (14) and rear sidesway casing (15) separately, front sidesway casing (14) is enclosed within front main box (16) and above before complete machine, under sidesway oil cylinder (18) drive, along front main box (16), moves left and right, and front sidesway casing (14) and rear sidesway casing (15) drive whole frame panel (7) to move left and right; Rear sidesway casing (15) is enclosed within rear main box (17) and above after complete machine, under sidesway oil cylinder (19) drive, along rear main box (17), moves left and right, the two ends of front main box (16) are provided with front left support oil cylinder (20) and front right support oil cylinder (21), and the two ends of rear main box (17) are provided with rear left support oil cylinder (22) and rear right support oil cylinder (23);
Described slide rail and column assembly (3) comprise that four foundation ends are fixedly mounted on the column (32) on frame panel, the top of four root posts (32) is consolidated with top cover (33), on four root posts (32), cover has a sleeve (34) that can slide along column (32) respectively, a front side board-shifting support (35) is installed on two sleeves of front end (34), a rear side board-shifting support (36) is installed on two sleeves in rear end (34), the front sidesway plate (37) moving left and right along front side board-shifting support (35) under equipment front stretching oil cylinder (26) drives is installed on front side board-shifting support (35), the rear sidesway plate (38) moving left and right along rear side board-shifting support (36) under telescopic oil cylinder after equipment (27) drive is installed on rear side board-shifting support (36), front side board-shifting support (35) is connected with hoist cylinder (24) small end before equipment, rear side board-shifting support (36) is connected with hoist cylinder after equipment (25) small end, before equipment, after the large end of hoist cylinder (24) and equipment, the large end of hoist cylinder (25) is arranged on respectively frame panel (7) above, and before equipment, after hoist cylinder (24) and equipment, hoist cylinder (25) drives front side board-shifting support (35) and rear side board-shifting support (36) to move up and down,
Front sidesway plate (37) and rear sidesway plate (38) are arranged on respectively the both sides of main spindle box housing (39) in main spindle box assembly (4), main spindle box housing (39), in main spindle box housing (39), be provided with gearbox (40), on gearbox (40), be provided with entering spindle (41) and output main shaft (42), entering spindle (41) is by the transmission of saw cutter motor (31), main spindle box housing (39) is all stretched out at described output main shaft (42) two ends, the two ends of output main shaft (42) are separately installed with a saw cutter (43), the width of two saw cuttves (43) is larger than the width of two tracks (12),
Described engine (1) is arranged on top cover (33), the output shaft of engine (1) is connected with the variable pump (29) in hydraulic pressure assembly (5), the input of variable pump (29) is connected with hydraulic oil container (28), the output of variable pump (29) is connected with saw cutter motor (31) with running motor (30) respectively, the output of variable pump (29) also respectively with hydraulic pressure assembly (5) in complete machine before sidesway oil cylinder (18), sidesway oil cylinder (19) after complete machine, front left support oil cylinder (20), front right support oil cylinder (21), rear left support oil cylinder (22), rear right support oil cylinder (23), hoist cylinder (24) before equipment, hoist cylinder after equipment (25), equipment front stretching oil cylinder (26) is connected with telescopic oil cylinder after equipment (27),
Described electrical equipment control assembly (6) comprises control cabinet (69), pass (46) is removed in the complete machine front side that the front sidesway oil cylinder (18) of control complete machine is installed on control cabinet (69), control the complete machine rear side of sidesway oil cylinder (19) after complete machine and remove passs (47), and control before complete machine after sidesway oil cylinder (18) and complete machine the synchronously total sidesway switch of complete machine (48) of left and right sidesway of sidesway oil cylinder (19);
The front left branch leg switch (49) of controlling front left support oil cylinder (20) is installed on control cabinet (69), control the front right supporting leg switch (50) of front right support oil cylinder (21), and the front leg strut master switch (51) of controlling front left support oil cylinder (20) and the synchronous oscilaltion campaign of front right support oil cylinder (21);
The front left branch leg switch (52) of controlling rear left support oil cylinder (22) is installed on control cabinet (69), control the rear right supporting leg switch (53) of rear right support oil cylinder (23), and the rear support leg master switch (54) of controlling rear left support oil cylinder (22) and the synchronous oscilaltion campaign of rear right support oil cylinder (23);
On control cabinet (69), be provided with and control the equipment direction switch (55) that after hoist cylinder (24) and equipment, hoist cylinder (25) synchronization lifting moves before equipment; On control cabinet (69), be provided with and control hoist cylinder (27) synchronously moves left and right after equipment front stretching oil cylinder (26) and equipment the equipment switch (56) that stretches;
Walking switch (57), walking driving switch (58) and the speed governing knob (59) of controlling running motor (30) are also installed on control cabinet (69), control the saw cutter speed switch (60) of saw cutter motor (31), the initiation key hole (61) of control engine (1), flameout switch (62) and Oil Switch (63).
2. track self-propelled old concrete piecemeal as claimed in claim 1 reclaims cutting machine, it is characterized in that: described electrical equipment control assembly (6) also comprises handle (68), between handle (68) and control cabinet (69), by manual/auto switch (70), switch, switch (64) is installed on handle (68), lower switch (65), left-handed opening (66) and right switch (67), between upper switch (64) and lower switch (65) and equipment direction switch (55), switch, the synchronous oscilaltion campaign of hoist cylinder (25) after hoist cylinder (24) and equipment before control equipment, between left-handed opening (66) and right switch (67) and walking switch (57), switch, controlling running motor (30) advances cutting machine or retreats.
3. track self-propelled old concrete piecemeal as claimed in claim 1 reclaims cutting machine, it is characterized in that: described four root posts (32) bottom is fixedly mounted on the frame panel (7) between front main box (16) and driven shaft (9) and between rear main box (17) and driving shaft (8).
4. track self-propelled old concrete piecemeal as claimed in claim 1 reclaims cutting machine, it is characterized in that: described slide rail and column assembly (3) are separately installed with protective cover (44) on the upper both sides parallel with track (12).
5. track self-propelled old concrete piecemeal as claimed in claim 1 reclaims cutting machine, it is characterized in that: on described front sidesway casing (14), water tank (45) is installed, water tank (45) sprays water on saw cutter (43) by water pipe.
6. track self-propelled old concrete piecemeal as claimed in claim 1 reclaims cutting machine, it is characterized in that: described hydraulic oil container (28) is arranged on rear sidesway casing (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420196096.9U CN203805148U (en) | 2014-04-18 | 2014-04-18 | Pathway self-propelled used concrete block recycling cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420196096.9U CN203805148U (en) | 2014-04-18 | 2014-04-18 | Pathway self-propelled used concrete block recycling cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203805148U true CN203805148U (en) | 2014-09-03 |
Family
ID=51443951
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420196096.9U Withdrawn - After Issue CN203805148U (en) | 2014-04-18 | 2014-04-18 | Pathway self-propelled used concrete block recycling cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203805148U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103934905A (en) * | 2014-04-18 | 2014-07-23 | 陕西元方实业有限公司 | Railway self-propelled old concrete block recycling cutting machine |
-
2014
- 2014-04-18 CN CN201420196096.9U patent/CN203805148U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103934905A (en) * | 2014-04-18 | 2014-07-23 | 陕西元方实业有限公司 | Railway self-propelled old concrete block recycling cutting machine |
| CN103934905B (en) * | 2014-04-18 | 2015-12-02 | 陕西元方实业有限公司 | A kind of track self-propelled old concrete piecemeal reclaims cutting machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140903 Effective date of abandoning: 20151202 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |