CN207244418U - A kind of asphalt concrete road construction automation cutting equipment - Google Patents

Abstract

It the utility model is related to a kind of asphalt concrete road construction automation cutting equipment, including active support plate, moving mechanism, four liner agencies and cutting mechanism, moving mechanism is installed on front side of the upper end of active support plate, moving mechanism lower end is uniformly provided with four liner agencies, moving mechanism lower end is provided with cutting mechanism, and cutting mechanism, in four liner agencies, moving mechanism, four liner agencies and cutting mechanism are used in combination the technique for completing asphalt roads automation cutting.The utility model can be solved on the existing asphalt roads to need repairing in cutting process, need manually to rule on the ground and cut again, personnel rule manually by instrument, personnel are needed to bend over cutting of walking about during cutting, cutting is not accurate, and there are security risk, people need to carry out secondarily cutting in the place of cutting by instrument, short time consumption is grown, labor intensity problem low with efficiency etc. greatly, it is possible to achieve the function of asphalt roads automation cutting.

Description

A kind of asphalt concrete road construction automation cutting equipment

Technical field

Asphalt concrete road construction equipment field is the utility model is related to, more particularly to a kind of asphalt concrete road is applied Work automation cutting equipment.

Background technology

The road surface wind noise of asphalt concrete road is small, smaller to the treadwear of car, while is also beneficial to improve The earth-grasping force of car, meanwhile, relatively good in terms of toughness, crushing resistance and draftability are good, can preferably adapt to not be very stable road Base causes asphalt roads to be liked by people, and still, how to cut the asphalt roads of damage becomes construction a great problem, at present people All it is to rule to cut at line again on the ground by artificial mode, construction personnel rules manually by instrument, there is mistake Difference, needs personnel to bend over cutting of walking about in cutting, and cutting is not accurate, and there are security risk, in cutting process, people's needs are borrowed Assistant engineer has carries out secondarily cutting in the place of cutting, and short time consumption length, labor intensity is big, and efficiency is low.

Utility model content

To solve the above-mentioned problems, the utility model provides a kind of asphalt concrete road construction and is set with automation cutting It is standby, it can solve on the existing asphalt roads to need repairing in cutting process, it is necessary to manually rule on the ground again at line Cutting, construction personnel rules manually by instrument, there are error, needs personnel to bend over cutting of walking about in cutting, cuts not smart Standard, there are security risk, in cutting process, people need to carry out secondarily cutting, short time consumption in the place of cutting by instrument It is long, labor intensity problem low with efficiency etc. greatly, it is possible to achieve the function of asphalt roads automation cutting, it is hidden there is no safety Suffer from, there is no error, automation line, cutting bituminous paving, it is short to expend the time, and with easy to operate, labor intensity it is small with The advantages that work efficiency is high.

To achieve these goals, the utility model uses following technical scheme：A kind of asphalt concrete road construction is used Cutting equipment is automated, including active support plate, moving mechanism, four liner agencies and cutting mechanism, moving mechanism can bands Dynamic the utility model works, and liner agency plays the role of asphalt roads line, and cutting mechanism plays the part of line To the effect of cutting, moving mechanism is installed on front side of the upper end of active support plate, and moving mechanism lower end is uniformly provided with four and draws Line mechanism, moving mechanism lower end are provided with cutting mechanism, and cutting mechanism is in four liner agencies, moving mechanism, four Liner agency and cutting mechanism are used in combination the technique for completing asphalt roads automation cutting.

The cutting mechanism includes fixed motor, fixed disc, fixer cylinder pressure, fixed long slab and two cutting branch Chain, fixed motor is installed on the lower end of mobile solid plate by motor cabinet, fixed disc is provided with fixed motor output shaft, fixed Plectane lower end is provided with fixer cylinder pressure, and the top of fixer cylinder pressure is installed on the upper end of fixed long slab, fixed length by flange The left and right sides of plate is connected by way of being slidably matched with two cutting side chains, and the left and right sides of fixed long slab is symmetrically set Two square grooves are equipped with, fixed motor drives fixed disc to be rotated, and fixer cylinder pressure base area face depth drives cutting machine Structure carries out ground the cutting of different depth, and two cutting side chains on cutting mechanism carry out auxiliary cutting, cutting machine to ground Structure carries out asphalt roads automation cutting and secondarily cutting, without construction personnel's execute-in-place, it is ensured that personnel safety, is not deposited In error, the consuming time is short, reduces labor intensity, improves efficiency.

The cutting side chain include fixed short slab, No.1 cutting cube, No. two cutting cubes, No.1 cutting cylinder, two three Number cutting cube, two No. four cutting cubes, two No. two cutting cylinders, cutting L-type frame, two cutting fixed plates, cutting motor, shiftings Dynamic leading screw, No.1 movable block, cutting sliding block, cutting sliding slot, auxiliary stopper plate, electric saw and cutter, fixed short slab pass through slip The mode of cooperation is connected with fixed long slab, and fixed short slab is located in square groove, and No.1 cutting cube is installed on fixed long slab Hold, No.1 cutting cylinder is installed on No.1 cutting cube side wall, the top of No.1 cutting cylinder is cut by flange installed in No. two Cut on block, No. two cutting cubes are installed on fixed short slab, and fixed short slab rear and front end is symmetrically installed with two No. three cutting cubes, often A No. three cutting cubes are connect by axis pin and a No. two cutting cylinders, and the top of each No. two cuttings cylinder passes through pin Axis is connected with No. four cutting cubes, and each No. four cutting cubes are installed on the side wall of cutting L-type frame, and cutting L-type frame leads to Cross hinge with fixed short slab to be connected, cut and two cutting fixed plates, front end are symmetrically installed with the rear and front end inner wall of L-type frame Cutting motor is provided with by motor cabinet in cutting fixed plate, is passed through between the output shaft of cutting motor and the front end of mobile leading screw Shaft coupling is connected, and the rear end of mobile leading screw is installed on by bearing in the cutting fixed plate of rear end, is set in the middle part of mobile leading screw No.1 movable block is equipped with, the upper end of No.1 movable block is provided with cutting sliding block, and cutting sliding block is by way of being slidably matched with cutting Cut sliding slot to be connected, cutting sliding slot is installed on the side wall of cutting L-type frame, and the lower end of No.1 movable block is provided with auxiliary stopper Plate, and bar-shaped trough is provided with the outside of auxiliary stopper plate, there is electric saw by floor installation in bar-shaped trough, and the outside of electric saw is located at bar In shape groove, cut and cutter are installed on the outer wall of L-type frame, No.1 cuts cylinder and drives fixation short according to the size of scribe area Plate carries out length adjustment, and cutting motor drives mobile leading screw to be rotated, and No.1 movable block is in cutting sliding block with cutting sliding slot The lower drive electric saw of auxiliary on line face to cutting, and after the completion of cutting, No. two cutting cylinders drive cutter to be turned to Suitable position, cuts the fixer cylinder pressure on side chain and drives cutter to carry out incision downwards so that maintenance road surface and surrounding road surface Separate, automation cutting road surface, without human intervention, reduces labor intensity, improve work efficiency.

As a kind of optimal technical scheme of the utility model, the moving mechanism includes mobile rack, mobile tooth Wheel, mobile motor, mobile U-shaped frame, mobile sliding block, mobile chute, No.1 movable plate, No. two movable plates, No. three movable plates, No.1s Mobile hydraulic cylinder, No. two mobile hydraulic cylinders and mobile solid plate, mobile rack is on the upper end of active support plate, mobile rack Carrier wheel is engaged with, carrier wheel is connected with the output shaft of mobile motor, and mobile motor is installed on mobile U by motor cabinet On the inside of type frame, mobile U-shaped frame lower end is provided with mobile sliding block, and mobile sliding block is connected by way of being slidably matched with mobile chute Connect, mobile chute is installed in active support plate, and mobile U-shaped frame upper end is provided with No.1 movable plate, and No.1 movable plate passes through pin Axis is connected with No. two movable plates, and No.1 mobile hydraulic cylinder, No.1 movement liquid are provided with by axis pin on No.1 movable plate side wall The top of cylinder pressure is installed on by axis pin on the rear end side wall of No. two movable plates, and No. two movable plates pass through axis pin and No. three movable plates It is connected, No. two mobile hydraulic cylinders, the top of No. two mobile hydraulic cylinders is provided with by axis pin in the front end side wall of No. two movable plates End is connected by axis pin with the upper end side wall of No. three movable plates, and the lower end of No. three movable plates is provided with mobile solid plate, mobile electricity Machine is moved by the kind of drive of mobile rack and carrier wheel, mobile motor drive mobile U-shaped frame mobile sliding block with It is synchronized with the movement under the auxiliary that mobile chute cooperates, mobile U-shaped frame drives No.1 movable plate to be moved to suitable position, No.1 Mobile hydraulic cylinder drives No. two movable plates to carry out angular adjustments, and No. two mobile hydraulic cylinders in moving mechanism drive No. three movable plates Angular adjustment is carried out, moving mechanism drives four liner agencies to work with cutting mechanism asphalt roads, automation cutting, It is not required personnel to bend over cutting of walking about, there is no error, it is ensured that personnel safety, reduces labor intensity, improves work effect Rate.

As a kind of optimal technical scheme of the utility model, the liner agency is drawn including No.1 marking-off plate, No. two Line plate, No. three marking-off plates, No.1 line cylinder, No.1 fixed block, No. two fixed blocks, No. two line cylinders, electronic sliding block, line Slide plate and chalk, No.1 marking-off plate upper end are installed on the lower end of mobile solid plate by hinge, and No.1 marking-off plate lower end passes through hinge It is connected with No. two marking-off plates, the bottom of No.1 line cylinder is installed in mobile solid plate by axis pin, No.1 line cylinder Top is connected by hinge with the side wall of No.1 marking-off plate, and No.1 fixed block is provided with the bottom side of the wall of No.1 marking-off plate, No. two line cylinders are provided with by axis pin on the side wall of No.1 fixed block, the top of No. two line cylinders is installed on by axis pin On the side wall of No. two fixed blocks, No. two fixed blocks are installed on the upper end side wall of No. two marking-off plates, No. two marking-off plate lower end installations There are No. three marking-off plates, No. three marking-off plate lower ends are provided with electronic sliding block, line slide plate is provided with electronic sliding block, slide plate of ruling Lower end is installed with chalk, and No.1 line cylinder drives No.1 marking-off plate to carry out angular adjustment, and No. two line cylinders drive two Number marking-off plate carries out angular adjustment and enables chalk to reach the region that needs are rule, the electronic sliding block drive powder on liner agency Pen rules ground, repairs the length and width automation line on road surface as needed, there is no error, and it is strong to reduce work Degree, improves efficiency.

As a kind of optimal technical scheme of the utility model, the length of the bar-shaped trough is more than the diameter of electric saw, without Manual operation, reduces labor intensity, improves work efficiency.

As a kind of optimal technical scheme of the utility model, the top of the cutter is pointed structures, without people Work operates, and reduces labor intensity, improves work efficiency.

During work, the utility model is placed in existing mobile equipment by artificial mode, moving mechanism starts work Make, No. two movable plates progress angular adjustments of No.1 mobile hydraulic cylinder drive in moving mechanism, No. two movements in moving mechanism Hydraulic cylinder drives No. three movable plates to carry out angular adjustment, and liner agency is started to work, and No.1 line cylinder drives No.1 marking-off plate Angular adjustment is carried out, No. two line cylinders drive No. two marking-off plates progress angular adjustments to enable chalk to reach what needs were rule Region, the electronic sliding block on liner agency drive chalk to rule ground, and cutting mechanism is started to work, on cutting mechanism Fixed motor drives fixed disc to be rotated, and the fixer cylinder pressure base area face depth on cutting mechanism drives cutting mechanism pair Ground carries out the cutting of different depth, and two cutting side chains carry out ground auxiliary cutting, and two cutting side chains are started to work, cut No.1 cutting cylinder on cut branch chain drives fixed short slab to carry out length adjustment according to the size of scribe area, and cutting motor drives Mobile leading screw is rotated, and No.1 movable block drives electric saw to being carried out on line face under auxiliary of the cutting sliding block with cutting sliding slot Cutting, after the completion of cutting, No. two cutting cylinders drive cutter to carry out turning to suitable position, cut the fixer on side chain Cylinder pressure drives cutter to carry out incision downwards so that maintenance road surface is separated with surrounding road surface, it is possible to achieve asphalt roads automates The function of cutting.

The beneficial effects of the utility model are：

1st, the utility model is can solve on the existing asphalt roads to need repairing in cutting process, it is necessary to manually on ground Rule on face and cut again at line, construction personnel rules manually by instrument, and there are error, needs personnel to bend in cutting Walk about cutting, cutting is not accurate, and there are security risk, in cutting process, people need to carry out in the place of cutting by instrument Secondarily cutting, short time consumption length, labor intensity problem low with efficiency etc. greatly, it is possible to achieve asphalt roads automation cutting Function, there is no security risk, and there is no error, automation line, cutting bituminous paving, the consuming time is short, and with operation Simply, the advantages that labor intensity is small high with work efficiency；

2nd, the utility model is provided with moving mechanism, and moving mechanism drives four liner agencies with cutting mechanism to pitch road Road works, automation cutting, it is not necessary to which personnel bend over cutting of walking about, and there is no error, it is ensured that personnel safety, reduces Labor intensity, improves work efficiency；

3rd, the utility model is provided with liner agency, repairs the length and width automation line on road surface as needed, no There are error, reduces labor intensity, improves efficiency；

4th, the utility model is provided with cutting mechanism, and cutting mechanism carries out asphalt roads automation cutting and cut with secondary It is disconnected, without construction personnel's execute-in-place, it is ensured that personnel safety, there is no error, and the consuming time is short, reduces labor intensity, carries High efficiency.

Brief description of the drawings

The utility model is further illustrated with reference to the accompanying drawings and examples.

Fig. 1 is the first structure schematic diagram of the utility model；

Fig. 2 is second structure diagram of the utility model；

Fig. 3 is the X of Fig. 1 to partial enlarged view；

Fig. 4 is the Y-direction partial enlarged view of Fig. 1；

Fig. 5 is the M of Fig. 2 to partial enlarged view.

Embodiment

In order to make the technical means, creative features, achievable purpose and effectiveness that the utility model is realized easy to understand, under Face combines and is specifically illustrating, and the utility model is expanded on further.It should be noted that in the case where there is no conflict, in the application Feature in embodiment and embodiment can be combined with each other.

As shown in Figures 1 to 5, a kind of asphalt concrete road construction automation cutting equipment, including active support plate 14th, 11, four liner agencies 12 of moving mechanism and cutting mechanism 13, moving mechanism 11 can drive the utility model to carry out work Make, liner agency 12 plays the role of asphalt roads line, and cutting mechanism 13 plays the role of cutting to the part of line, moves Motivation structure 11 is installed on front side of the upper end of active support plate 14, and 11 lower end of moving mechanism is uniformly provided with four liner agencies 12, 11 lower end of moving mechanism is provided with cutting mechanism 13, and cutting mechanism 13 is located in four liner agencies 12, moving mechanism 11, four A liner agency 12 and cutting mechanism 13 are used in combination the technique for completing asphalt roads automation cutting.

The cutting mechanism 13 includes fixed motor 131, fixed disc 132, fixer cylinder pressure 133, fixed long slab 134 With two cutting side chains 135, fixed motor 131 is installed on the lower end of mobile solid plate 1112 by motor cabinet, and fixed motor 131 is defeated Fixed disc 132 is installed, 132 lower end of fixed disc is provided with fixer cylinder pressure 133, the top of fixer cylinder pressure 133 on shaft End is installed on the upper end of fixed long slab 134 by flange, and the left and right sides of fixed long slab 134 is by way of being slidably matched with two A cutting side chain 135 is connected, and the left and right sides of fixed long slab 134 is symmetrically arranged with two square grooves, 131 band of fixed motor Dynamic fixed disc 132 is rotated, and fixer cylinder pressure 133 moves cutting mechanism 13 according to ground depth zone and carries out different depths to ground The cutting of degree, two cutting side chains 135 on cutting mechanism 13 carry out ground auxiliary cutting, and cutting mechanism 13 is to asphalt roads Automation cutting and secondarily cutting are carried out, without construction personnel's execute-in-place, it is ensured that personnel safety, there is no error, expends Time is short, reduces labor intensity, improves efficiency.

The cutting side chain 135 includes fixed short slab 1354, No.1 cutting cube 1351, No. two cutting cubes 1352, No.1s Cut 1353, two, cylinder No. three cutting cubes 1355, two No. four cutting cubes 1356, two two cutting cylinder 1357, cutting L 1358, two cutting fixed plates 1359 of type frame, cutting motor 1360, mobile leading screw 1361, No.1 movable block 1362, cutting sliding block 1363rd, sliding slot 1364, auxiliary stopper plate 1365, electric saw 1366 and cutter 1367 are cut, fixed short slab 1354 is matched somebody with somebody by sliding The mode of conjunction is connected with fixed long slab 134, and fixed short slab 1354 is located in square groove, and No.1 cutting cube 1351 is installed on solid 134 upper end of fixed length plate, No.1 cutting cylinder 1353 is provided with 1351 side wall of No.1 cutting cube, and No.1 cuts the top of cylinder 1353 End is installed on No. two cutting cubes 1352 by flange, and No. two cutting cubes 1352 are installed on fixed short slab 1354, fixed short slab 1354 rear and front ends are symmetrically installed with two No. three cutting cubes 1355, and each No. three cutting cubes 1355 pass through axis pin and one two Number cutting cylinder 1357 be connected, it is each No. two cutting cylinder 1357 tops pass through axis pin and No. four cutting cubes 1356 It is connected, each No. four cutting cubes 1356 are installed on the side wall of cutting L-type frame 1358, and cutting L-type frame 1358 passes through hinge It is connected with fixed short slab 1354, two cutting fixed plates is symmetrically installed with the rear and front end inner wall of cutting L-type frame 1358 1359, cutting motor 1360 is provided with by motor cabinet in front cutting fixed plate 1359, the output shaft of cutting motor 1360 with It is connected between the front end of mobile leading screw 1361 by shaft coupling, the rear end of mobile leading screw 1361 is installed on rear end by bearing Cut in fixed plate 1359, the middle part of mobile leading screw 1361 is provided with No.1 movable block 1362, the upper end of No.1 movable block 1362 Cutting sliding block 1363 is installed, cutting sliding block 1363 is connected by way of being slidably matched with cutting sliding slot 1364, and cutting is slided Groove 1364 is installed on the side wall of cutting L-type frame 1358, and the lower end of No.1 movable block 1362 is provided with auxiliary stopper plate 1365, and The outside of auxiliary stopper plate 1365 is provided with bar-shaped trough, and bar-shaped trough is interior to have electric saw 1366 by floor installation, and electric saw 1366 is outer Side is located in bar-shaped trough, and cutter 1367 are provided with the outer wall of cutting L-type frame 1358, and No.1 cuts cylinder 1353 according to line The size in region drives fixed short slab 1354 to carry out length adjustment, and cutting motor 1360 drives mobile leading screw 1361 to be rotated, No.1 movable block 1362 drives electric saw 1366 to being carried out on line face under auxiliary of the cutting sliding block 1363 with cutting sliding slot 1364 Cutting, after the completion of cutting, No. two cutting cylinders 1357 drive cutter 1367 to carry out turning to suitable position, cut side chain Fixer cylinder pressure 133 on 135 drives cutter 1367 to carry out incision downwards so that maintenance road surface is separated with surrounding road surface, certainly Dynamicization cuts road surface, without human intervention, reduces labor intensity, improves work efficiency.

The moving mechanism 11 includes mobile rack 111, carrier wheel 112, mobile motor 113, mobile U-shaped frame 114th, mobile sliding block 115, mobile chute 116, the movable plate 118, three of No.1 movable plate 117, two movable plate 119, No.1 are moved 1110, No. two mobile hydraulic cylinders 1111 of hydrodynamic cylinder pressure and mobile solid plate 1112, mobile rack 111 are installed on active support plate 14 Upper end, is engaged with carrier wheel 112 on mobile rack 111, and carrier wheel 112 is connected with the output shaft of mobile motor 113, moves Dynamic motor 113 is installed on the mobile U-shaped inner side of frame 114 by motor cabinet, and mobile U-shaped 114 lower end of frame is provided with mobile sliding block 115, Mobile sliding block 115 is connected by way of being slidably matched with mobile chute 116, and mobile chute 116 is installed on active support plate On 14, mobile U-shaped 114 upper end of frame is provided with No.1 movable plate 117, and No.1 movable plate 117 passes through axis pin and No. two movable plates 118 It is connected, No.1 mobile hydraulic cylinder 1110, No.1 mobile hydraulic cylinder 1110 is provided with by axis pin on 117 side wall of No.1 movable plate Top be installed on by axis pin on the rear end side wall of No. two movable plates 118, No. two movable plates 118 pass through axis pin and No. three movements Plate 119 is connected, and No. two mobile hydraulic cylinders 1111, No. two shiftings are provided with by axis pin in the front end side wall of No. two movable plates 118 The top of hydrodynamic cylinder pressure 1111 is connected by axis pin with the upper end side wall of No. three movable plates 119, the lower end of No. three movable plates 119 Mobile solid plate 1112 is installed, mobile motor 113 is moved by mobile rack 111 and the kind of drive of carrier wheel 112, Mobile motor 113 drives mobile U-shaped frame 114 synchronously to be transported under the auxiliary that mobile sliding block 115 cooperates with mobile chute 116 Dynamic, mobile U-shaped frame 114 drives No.1 movable plate 117 to be moved to suitable position, and No.1 mobile hydraulic cylinder 1110 drives No. two shiftings Movable plate 118 carries out angular adjustment, and No. two mobile hydraulic cylinders 1111 in moving mechanism 11 drive No. three movable plates 119 to carry out angles Adjust, moving mechanism 11 drives four liner agencies 12 to work with cutting mechanism 13 asphalt roads, automation cutting, no Personnel are needed to bend over cutting of walking about, there is no error, it is ensured that personnel safety, reduces labor intensity, improves work efficiency.

The liner agency 12 includes the marking-off plate 122, three of No.1 marking-off plate 121, two marking-off plate 123, No.1 is drawn Line cylinder 124, the fixed block 126, two of No.1 fixed block 125, two line cylinder 127, electronic sliding block 128, line slide plate 129 With chalk 1210,121 upper end of No.1 marking-off plate is by hinge under the lower end of mobile solid plate 1112, No.1 marking-off plate 121 End is connected by hinge with No. two marking-off plates 122, and the bottom of No.1 line cylinder 124 is installed on mobile solid plate by axis pin On 1112, the top of No.1 line cylinder 124 is connected by hinge with the side wall of No.1 marking-off plate 121, No.1 marking-off plate 121 Bottom side of the wall on No.1 fixed block 125 is installed, No. two line gas are provided with by axis pin on the side wall of No.1 fixed block 125 Cylinder 127, the top of No. two line cylinders 127 are installed on by axis pin on the side wall of No. two fixed blocks 126, No. two fixed blocks 126 On the upper end side wall of No. two marking-off plates 122, No. two 122 lower ends of marking-off plate are provided with No. three marking-off plates 123, No. three line 123 lower end of plate is provided with electronic sliding block 128, and line slide plate 129 is provided with electronic sliding block 128, and the lower end of line slide plate 129 is consolidated Dingan County is equipped with chalk 1210, and No.1 line cylinder 124 drives No.1 marking-off plate 121 to carry out angular adjustment, No. two line cylinders 127 Driving No. two marking-off plates 122 to carry out angular adjustments enables chalk 1210 to reach the region that needs are rule, on liner agency 12 Electronic sliding block 128 drive chalk 1210 rule to ground, as needed repair road surface length and width automation draw Line, there is no error, reduces labor intensity, improves efficiency.

The length of the bar-shaped trough is more than the diameter of electric saw 1366, without human intervention, reduces labor intensity, improves Work efficiency.

The top of the cutter 1367 is pointed structures, without human intervention, reduces labor intensity, improves work Make efficiency.

During work, the utility model is placed in existing mobile equipment by artificial mode, moving mechanism 11 starts Work, the No.1 mobile hydraulic cylinder 1110 in moving mechanism 11 drives No. two movable plates 118 to carry out angular adjustments, moving mechanism 11 On No. two mobile hydraulic cylinders 1111 drive No. three movable plates 119 to carry out angular adjustments, liner agency 12 is started to work, and No.1 is drawn Line cylinder 124 drives No.1 marking-off plate 121 to carry out angular adjustment, and No. two line cylinders 127 drive No. two marking-off plates 122 to carry out angle Degree, which is adjusted, enable chalk 1210 to reach the region that needs are rule, the drive chalk of electronic sliding block 128 on liner agency 12 1210 pairs of ground are rule, and cutting mechanism 13 is started to work, and the fixation motor 131 on cutting mechanism 13 drives fixed disc 132 are rotated, and the fixer cylinder pressure 133 on cutting mechanism 13 moves cutting mechanism 13 according to ground depth zone and ground is carried out not With the cutting of depth, two cutting side chains 135 carry out ground auxiliary cutting, and two cutting side chains 135 are started to work, cutting branch No.1 cutting cylinder 1353 on chain 135 drives fixed short slab 1354 to carry out length adjustment, cutting according to the size of scribe area Motor 1360 drives mobile leading screw 1361 to be rotated, and No.1 movable block 1362 is in cutting sliding block 1363 with cutting sliding slot 1364 The lower drive electric saw 1366 of auxiliary on line face to cutting, and after the completion of cutting, No. two cutting cylinders 1357 drive cutter 1367 carry out turning to suitable position, cut the fixer cylinder pressure 133 on side chain 135 and drive cutter 1367 to carry out to incision Enter and separated so that repairing road surface with surrounding road surface, realize the function of asphalt roads automation cutting, solve existing needs Cut again at line in cutting process, it is necessary to manually rule on the ground on the asphalt roads of maintenance, construction personnel is by work Tool line manually, there are error, needs personnel to bend over cutting of walking about, cutting is not accurate, and there are security risk, cuts in cutting During, people need by instrument cutting place carry out secondarily cutting, short time consumption length, labor intensity greatly with effect The low problem of rate, has achieveed the purpose that asphalt roads automation cutting.

The basic principle, main feature and advantage of the utility model has been shown and described above.The technical staff of the industry It should be appreciated that the present utility model is not limited to the above embodiments, the simply explanation of the description in above embodiments and description The principle of the utility model, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model Enclose and be defined by the appending claims and its equivalent thereof.

Claims (5)

1. a kind of asphalt concrete road construction automation cutting equipment, including active support plate (14), moving mechanism (11), Four liner agencies (12) and cutting mechanism (13), it is characterised in that:Moving mechanism (11) is installed on active support plate (14) On front side of upper end, moving mechanism (11) lower end is uniformly provided with four liner agencies (12), and moving mechanism (11) lower end, which is provided with, cuts Cutting mill structure (13), and cutting mechanism (13) is interior positioned at four liner agencies (12), moving mechanism (11), four liner agencies (12) The technique for completing asphalt roads automation cutting is used in combination with cutting mechanism (13)；

The cutting mechanism (13) includes fixed motor (131), fixed disc (132), fixer cylinder pressure (133), fixed length Plate (134) and two cutting side chains (135), fixed motor (131) are installed on the lower end of mobile solid plate (1112) by motor cabinet, Fixed disc (132) is installed on fixed motor (131) output shaft, fixed disc (132) lower end is provided with fixer cylinder pressure (133), the top of fixer cylinder pressure (133) is installed on the upper end of fixed long slab (134) by flange, fixed long slab (134) The left and right sides is connected by way of being slidably matched with two cutting side chains (135), and the left and right sides of fixed long slab (134) It is symmetrically arranged with two square grooves；

The cutting side chain (135) include fixed short slab (1354), No.1 cutting cube (1351), No. two cutting cubes (1352), No.1 cutting cylinder (1353), two No. three cutting cubes (1355), two No. four cutting cubes (1356), two No. two cutting cylinders (1357), L-type frame (1358), two cutting fixed plates (1359), cutting motor (1360), mobile leading screw (1361), one are cut Number movable block (1362), cutting sliding block (1363), cutting sliding slot (1364), auxiliary stopper plate (1365), electric saw (1366) and cut Cutter (1367), fixed short slab (1354) are connected by way of being slidably matched with fixed long slab (134), and fixed short slab (1354) in square groove, No.1 cutting cube (1351) is installed on fixed long slab (134) upper end, No.1 cutting cube (1351) side No.1 cutting cylinder (1353) is installed, the top of No.1 cutting cylinder (1353) is installed on No. two cutting cubes by flange on wall (1352) on, No. two cutting cubes (1352) are installed on fixed short slab (1354), and fixed short slab (1354) rear and front end is symmetrically pacified Equipped with two No. three cutting cubes (1355), each No. three cutting cubes (1355) pass through axis pin and a No. two cutting cylinders (1357) it is connected, the top of each No. two cutting cylinders (1357) is connected by axis pin with No. four cutting cubes (1356) Connect, each No. four cutting cubes (1356) are installed on the side wall of cutting L-type frame (1358), and cutting L-type frame (1358) passes through hinge Chain is connected with fixed short slab (1354), and it is solid that two cuttings are symmetrically installed with the rear and front end inner wall of cutting L-type frame (1358) Fixed board (1359), is provided with cutting motor (1360), cutting motor in front cutting fixed plate (1359) by motor cabinet (1360) it is connected between output shaft and the front end of mobile leading screw (1361) by shaft coupling, the rear end of mobile leading screw (1361) It is installed on by bearing in the cutting fixed plate (1359) of rear end, No.1 movable block is provided with the middle part of mobile leading screw (1361) (1362), the upper end of No.1 movable block (1362) is provided with cutting sliding block (1363), and cutting sliding block (1363) is by being slidably matched Mode with cutting sliding slot (1364) be connected, cutting sliding slot (1364) be installed on cutting L-type frame (1358) side wall on, No.1 The lower end of movable block (1362) is provided with auxiliary stopper plate (1365), and is provided with bar-shaped trough on the outside of auxiliary stopper plate (1365), There is electric saw (1366) by floor installation in bar-shaped trough, and the outside of electric saw (1366) is located in bar-shaped trough, cuts L-type frame (1358) cutter (1367) are installed on outer wall.

A kind of 2. asphalt concrete road construction automation cutting equipment according to claim 1, it is characterised in that：Institute The moving mechanism (11) stated includes mobile rack (111), carrier wheel (112), mobile motor (113), mobile U-shaped frame (114), mobile sliding block (115), mobile chute (116), No.1 movable plate (117), No. two movable plates (118), No. three movable plates (119), No.1 mobile hydraulic cylinder (1110), No. two mobile hydraulic cylinders (1111) and mobile solid plate (1112), mobile rack (111) Installed in the upper end of active support plate (14), be engaged with carrier wheel (112) on mobile rack (111), carrier wheel (112) with The output shaft of mobile motor (113) is connected, and mobile motor (113) is installed on the inside of mobile U-shaped frame (114) by motor cabinet, Mobile U-shaped frame (114) lower end is provided with mobile sliding block (115), and mobile sliding block (115) is slided by way of being slidably matched with mobile Groove (116) is connected, and mobile chute (116) is installed in active support plate (14), and mobile U-shaped frame (114) upper end is provided with one Number movable plate (117), No.1 movable plate (117) are connected by axis pin with No. two movable plates (118), No.1 movable plate (117) No.1 mobile hydraulic cylinder (1110) is provided with by axis pin on side wall, the top of No.1 mobile hydraulic cylinder (1110) is pacified by axis pin On the rear end side wall of No. two movable plates (118), No. two movable plates (118) are connected by axis pin with No. three movable plates (119) Connect, No. two mobile hydraulic cylinders (1111), No. two movable hydraulics are provided with by axis pin in the front end side wall of No. two movable plates (118) The top of cylinder (1111) is connected by axis pin with the upper end side wall of No. three movable plates (119), the lower end of No. three movable plates (119) Mobile solid plate (1112) is installed.

A kind of 3. asphalt concrete road construction automation cutting equipment according to claim 1, it is characterised in that：Institute The liner agency (12) stated includes No.1 marking-off plate (121), No. two marking-off plates (122), No. three marking-off plates (123), No.1 line Cylinder (124), No.1 fixed block (125), No. two fixed blocks (126), No. two line cylinders (127), electronic sliding block (128), draw Line slide plate (129) and chalk (1210), No.1 marking-off plate (121) upper end are installed under mobile solid plate (1112) by hinge End, No.1 marking-off plate (121) lower end are connected by hinge with No. two marking-off plates (122), the bottom of No.1 line cylinder (124) It is installed on by axis pin on mobile solid plate (1112), the top of No.1 line cylinder (124) passes through hinge and No.1 marking-off plate (121) side wall is connected, and No.1 fixed block (125), No.1 fixed block are provided with the bottom side of the wall of No.1 marking-off plate (121) (125) No. two line cylinders (127) are provided with by axis pin on side wall, the top of No. two line cylinders (127) passes through axis pin On the side wall of No. two fixed blocks (126), No. two fixed blocks (126) are installed on the upper end side wall of No. two marking-off plates (122) On, No. two marking-off plate (122) lower ends are provided with No. three marking-off plates (123), and No. three marking-off plate (123) lower ends are provided with electronic sliding block (128), line slide plate (129) is installed, the lower end of line slide plate (129) is installed with chalk on electronic sliding block (128) (1210)。

A kind of 4. asphalt concrete road construction automation cutting equipment according to claim 1, it is characterised in that：Institute The length for stating bar-shaped trough is more than the diameter of electric saw (1366).

A kind of 5. asphalt concrete road construction automation cutting equipment according to claim 1, it is characterised in that：Institute The top for the cutter (1367) stated is pointed structures.