CN210827054U

CN210827054U - Milling machine with dust absorption function

Info

Publication number: CN210827054U
Application number: CN201921316691.0U
Authority: CN
Inventors: 卢西奎; 李承龙
Original assignee: Shandong Chaofan Machinery Co ltd
Current assignee: Shandong Chaofan Machinery Co ltd
Priority date: 2019-08-14
Filing date: 2019-08-14
Publication date: 2020-06-23
Anticipated expiration: 2029-08-14

Abstract

The utility model relates to a milling machine with dust absorption function connects chamber A upper portion front side and establishes power unit, belt pulley A is established to power unit main shaft end, connecting axle A through connection chamber A front portion downside, connecting axle A with be connected chamber A swivelling joint, belt pulley B is established to connecting axle A left end, run through on the connecting axle A and establish two carousel A, carousel A is located and connects chamber A inboard, carousel A is located connecting axle A's left and right portion, carousel A is fixed with connecting axle A, a plurality of square A are established to the equipartition between two carousel A, a plurality of milling cutter A are established to square A's left and right part cover respectively, a plurality of square B are established to the equipartition between two carousel A, square B and square A interval set up, a plurality of milling cutter B are established to square B's middle part cover, belt pulley A with pass through belt A power transmission between the belt pulley B. The utility model discloses beneficial effect: the surface layer is thoroughly cleaned, and the cleaning efficiency is high.

Description

Milling machine with dust absorption function

Technical Field

The utility model relates to a milling machine especially relates to a milling machine with dust absorption function.

Background

At present, the road surface is in the use, and the surface course is rolled by different locomotives, and the surface course is pressed unevenly, and the surface course wearing and tearing are very fast, and the locomotive goes fast on the road surface, and the locomotive jolts easily, and it is poor to drive the comfort, needs to repair the serious road surface of surface course wearing and tearing, and at present, the method of current clearance surface course is, adopts the excavator clearance surface course, and the clearance is not thorough, and cleaning efficiency is low.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem that will solve is: the milling machine with the dust collection function solves the problems that an excavator is adopted to clean a surface layer on the existing load, the cleaning is not thorough, and the cleaning efficiency is low.

The utility model discloses a solve the technical scheme that the problem that the aforesaid provided adopted and be:

a milling machine with a dust collection function comprises a connecting cavity A1, a power mechanism 2, a belt pulley A3, a connecting shaft A4, a belt pulley B401, a turntable A5, a cube A6, a milling cutter A7, a square hole A701, a cube B8, a milling cutter B9, a square hole B901 and a belt A10, wherein the power mechanism 2 is fixedly arranged on the front side of the upper portion of the connecting cavity A1, the belt pulley A3 is fixedly arranged on the main shaft end of the power mechanism 2, the connecting shaft A4 penetrates through the lower side of the front portion of the connecting cavity A1, the connecting shaft A4 is rotatably connected with the connecting cavity A1, the belt pulley B401 is fixedly arranged on the left end of the connecting shaft A4, two turntables A5 are arranged on the connecting shaft A4 in a penetrating mode, the turntable A5 is located on the inner side of the connecting cavity A5, the turntable A5 is located on the left portion and the right portion of the connecting shaft A5, the turntable A5 is fixedly connected with the turntable A5, a plurality of cubes, The right part is respectively sleeved with a plurality of milling cutters A7, the square A6 penetrates through the square hole A701 on the milling cutter A7, the milling cutter A7 is fixedly connected with the square A6, a plurality of squares B8 are uniformly and fixedly arranged between two rotary discs A5, the square B8 and the square A6 are arranged at intervals, the middle part of the square B8 is sleeved with a plurality of milling cutters B9, the square B8 penetrates through the square hole B901 on the milling cutter B9, the milling cutter B9 is fixedly connected with the square B8, and the belt pulley A3 and the belt pulley B401 are in power transmission through a belt A10.

The power mechanism 2 is a diesel engine, and can conveniently work under the condition that the power cannot be switched on in a working site.

The power mechanism 2 is a motor, and can conveniently work under the condition of being electrified on a working site.

Connecting chamber A1 rear portion upside fixed set up backup pad A11, backup pad A11 upper end and connecting chamber B12 lower part front side fixed connection, place dust bag 13 in connecting chamber B12, connecting chamber B12 upper portion front side articulates connecting chamber C14, the side is fixed respectively and sets up backup pad B15 about connecting chamber B12, fixed connecting rod A1501 that sets up respectively on backup pad B15, fixed connection handrail 1502 between two connecting rod A1501 backs, connecting chamber C14 front side wall lower part fixed connection gag lever post 1503, hose A16 lower extreme with connecting chamber A1 is connected, hose A16 upper end with connecting chamber B12 sub-unit connection, connecting chamber A1 rear side upper portion sets up dust storage bucket 17, and dust storage bucket 17 is located connecting chamber B12 under, connecting chamber B12, dust storage bucket 17 between fixed through quick clamp A18, set up U line connecting piece 53921 between the connecting chamber A1 rear portion, connecting axle B19 runs through connect chamber A1, U line connecting piece 21, just connecting axle B19 with state connection chamber A1 fixed connection, U line connecting piece 21 with connecting axle B19 swivelling joint, connecting axle B19 both ends set up swiveling wheel A20 respectively, two fixed backup pad C22 that sets up between the backup pad B15, lead screw 24 runs through backup pad C22, lead screw 24 with backup pad C22 threaded connection, connecting rod B23 lower extreme with U line connecting piece 21 rear portion is articulated, connecting rod B23 upper end with lead screw 24 lower extreme swivelling joint, lead screw 24 upper end fixed connection carousel B25, the fixed handle A26 that sets up in carousel B25 edge upper portion, connect chamber B12, connect through quick clamp B32 fixed connection between the chamber C14, be convenient for remove connection chamber A1.

Connect chamber A1 upper portion left side fixed centrifugal fan 27 that sets up, power unit 2 is last belt pulley A3 pass through belt B28 with belt pulley C29 power transmission on the centrifugal fan 27, the hose B30 lower extreme is connected with centrifugal fan 27, hose B30 upper end with connect chamber C14 middle part and connect, remove dust through centrifugal fan 27.

An exhaust fan 31 is fixedly arranged at the upper end in the connecting cavity C14, and dust is removed through the exhaust fan 31.

Two backup pads B15 between the fixed spring bolt 33 that sets up, and spring bolt 33 is located backup pad B15 rear portion downside, spring bolt 33 with lead screw 24 cooperatees, is convenient for fix lead screw 24 at any time.

The anterior downside of connecting chamber A1 set up connecting axle C34, connecting axle C34 with connecting chamber A1 fixed connection, the cover is established a plurality of rubber wheels 35 on the connecting axle C34, rubber wheel 35 with connecting axle C34 swivelling joint, rubber wheel 35 limits the depth of operation of milling cutter B9.

An oscillating assembly 36 is arranged on the lower side in the connecting cavity B12, the oscillating assembly 36 comprises a guide rail A3601, a connecting plate A3602, a through hole A3603, a connecting plate B3604, a through hole B3605, a connecting plate C3606, a connecting shaft C3607, a rotating wheel B3608, a through hole C3609, a pull rod 3610 and a ball 3611, the guide rail A3601 penetrates through the through hole A3603 formed in the connecting plate A3602, the guide rail A3601 penetrates through the through hole B3605 formed in the connecting plate B3604, the guide rail A3601 is fixedly connected with the lower portion of the inner side of the connecting cavity A1, the front portion of the connecting plate C3606 is fixedly connected with the left end of the connecting plate A3602, the rear portion of the connecting plate C3606 is fixedly connected with the left end of the connecting plate B3604, a plurality of connecting shafts C3607 are fixedly arranged on the left side wall of the connecting plate C3606, the rotating wheel C7 is provided with a through hole C3609, the lower portion 39of the rear side wall of the connecting cavity B32 is provided with a through hole C3609, the connecting shaft, the right end of the connecting plate A3602 is fixedly connected with the front end of the pull rod 3610, the right end of the connecting plate B3604 is fixedly connected with the middle of the pull rod 3610, the ball head 3611 is fixedly arranged at the rear end of the pull rod 3610, and dust on the outer side wall of the lower dust bag 13 is oscillated by controlling the oscillating assembly 36.

Connect chamber A1 left side wall on the fixed protection casing 37 that sets up, belt pulley A3, belt pulley B401 are located protection casing 37 is inboard, connect chamber A1 upper portion front end and fix and set up handle B38, connect chamber A1 upper portion front side and fix and set up lamp 40, connect chamber A1 left side wall rear portion upside and fix and set up battery 39, electric connection between battery 39, the lamp 40 prevents that belt pulley A3, belt pulley B401 from hurting the people, handle B38 is convenient for lift the milling machine, battery 39, lamp 40 are convenient to work under darker environment.

The utility model discloses a theory of operation: lifting a handrail and a handle B to lift the milling machine to a working site, if the working site is not electrified, starting a power mechanism, driving a belt pulley A to rotate clockwise by the power mechanism, driving a belt pulley B to rotate clockwise by the belt pulley A, driving a connecting shaft A to rotate clockwise by the belt pulley B, driving a turntable A to rotate clockwise by the connecting shaft A, driving a cube A and a cube B to rotate, driving a milling cutter A to mill a pavement by the cube A, driving a milling cutter B to mill a pavement by the cube B, limiting the lower cutting depth of the milling machine at the front part by a rubber wheel, driving a rotating wheel A to roll forward, driving a belt pulley C to rotate clockwise by the belt pulley A through the belt B, driving a centrifugal fan to work, extracting air in a connecting cavity C by the centrifugal fan through a hose B, enabling dust in the connecting cavity A to enter the connecting cavity B through the hose A, filtering the dust to the lower part of a, the ball head drives the pull rod to do reciprocating motion forwards and backwards, the pull rod drives the connecting plate A and the connecting plate B to do reciprocating motion forwards and backwards, the connecting plate A and the connecting plate B do reciprocating motion forwards and backwards along the guide rail A, the connecting plate A and the connecting plate B drive the connecting plate C to do reciprocating motion forwards and backwards, the connecting plate C drives the connecting shaft C to do reciprocating motion forwards and backwards, the rotating wheel B does reciprocating motion forwards and backwards along the connecting shaft C, the rotating wheel B reciprocates to oscillate a dust-proof bag, dust falls into the dust storage barrel, the power mechanism stops rotating after the dust storage barrel is full, the handle A is rotated clockwise, the handle A drives the turntable B to rotate clockwise, the turntable B drives the lead screw to descend along the supporting plate C, the lead screw pushes the connecting rod B downwards, the connecting rod B pushes the U-row connecting piece downwards, the U-row connecting piece pushes up the rear part of the milling machine, the rotating wheel A is, lifting out the dust storage barrel, pouring out dust in the dust storage barrel, putting the dust storage barrel back to the original position, fixing the dust storage barrel through a clamp A again, if a dust-proof bag needs to be replaced, opening a quick clamp B, turning up a connecting cavity C, taking out the dust-proof bag, putting in a new dust-proof bag, returning to the connecting cavity C, fixing the connecting cavity C through the quick clamp B, returning to the original position through a control spring bolt, rotating the handle A anticlockwise, driving a turntable B to rotate anticlockwise, driving a screw rod to move upwards along a supporting plate C by the turntable B, pulling a connecting rod B upwards by the screw rod, pulling a U-row connecting piece upwards by the connecting rod B, returning to the original position by the U-row connecting piece, re-opening a power mechanism, milling the road surface, stopping the power mechanism after the work is finished, removing the milling machine, if the work site is electrified, removing a belt B between a belt pulley A and the belt pulley C, opening the power mechanism, the belt pulley A drives the belt pulley B to rotate clockwise through the belt A, the belt pulley B drives the connecting shaft A to rotate clockwise, the connecting shaft A drives the turntable A to rotate clockwise, the turntable A drives the cube A and the cube B to rotate, the cube A drives the milling cutter A to mill a pavement, the cube B drives the milling cutter B to mill the pavement, the rubber wheel limits the cutting depth of the milling machine at the front part, the rotating wheel A rolls forwards, the exhaust fan is started, the air in the connecting cavity C is extracted by the exhaust fan, dust in the connecting cavity A enters the connecting cavity B through the hose A, the dust is filtered to the lower part of the dust-proof bag, the ball heads are pulled forwards and backwards, the ball heads drive the pull rod to reciprocate forwards and backwards, the pull rod drives the connecting plate A and the connecting plate B to reciprocate forwards and backwards, the connecting plate A and the connecting plate B reciprocate forwards and backwards along the guide rail A, and the connecting plate A and the, the connecting plate C drives the connecting shaft C to do reciprocating motion forwards and backwards, the rotating wheel B does reciprocating motion forwards and backwards along with the connecting shaft C, the rotating wheel B oscillates a dust-proof bag in a reciprocating manner, dust falls into the dust storage barrel, the power mechanism stops rotating after the dust storage barrel is full, the exhaust fan stops operating, the handle A is rotated clockwise, the handle A drives the turntable B to rotate clockwise, the turntable B drives the lead screw to move downwards along the supporting plate C, the lead screw downwards pushes the connecting rod B, the connecting rod B pushes the U-row connecting piece downwards, the U-row connecting piece pushes the rear part of the milling machine, the rotating wheel A is far away from the ground, the handle A stops shaking, the lead screw is tightly pushed by a control spring bolt, the quick clamp A is opened, the dust storage barrel is lifted out, the dust in the dust storage barrel is poured out, the dust storage barrel is put back to the original position, the dust storage barrel is fixed by the clamp A again, if the dust-, put into new dust bag, reply and connect chamber C, through rapid fixture B fixed connection chamber C, reply the normal position through control spring bolt, anticlockwise rotation handle A, handle A drives carousel B anticlockwise rotation, carousel B drives the lead screw and goes upward along backup pad C, lead screw pull-up connecting rod B, connecting rod B goes up the U line connecting piece of pulling up, the U line connecting piece replies the normal position, power unit is opened again, the air exhauster, mill the plane road surface, after the work is accomplished, stop power unit, the air exhauster operation, remove the milling machine, if the operational environment is dark, open the lamp in the course of the work, after the work is accomplished, close the lamp.

The beneficial effects of the utility model reside in that: 1. the surface layer is thoroughly cleaned, and the cleaning efficiency is high. 2. The power mechanism is a diesel engine, so that the diesel engine can work conveniently on the condition that the work site can not be electrified. 3. The power mechanism is a motor, so that the work can be conveniently carried out on the condition that the work site can be electrified. 4. Connect fixed backup pad A that sets up in chamber A rear portion upside, backup pad A upper end and connect chamber B lower part front side fixed connection, place the dust bag in the chamber B of connection, connect chamber B upper portion front side articulated connection chamber C, the side is fixed backup pad B that sets up respectively about the chamber B of connection, fixed connecting rod A that sets up respectively on the backup pad B, fixed connection handrail between two connecting rod A rear portions, lateral wall lower part fixed connection gag lever post before the chamber C of connection, hose A lower extreme with connect chamber A connects, hose A upper end with connect chamber B sub-unit connection, connect chamber A rear side upper portion and set up the dust storage bucket, just the dust storage bucket is located under the chamber B of connection, connect chamber B, store up and fix through quick fixture A between the dust storage bucket, set up the U line connecting piece between the chamber A rear portion, connecting axle B runs through connect chamber A, The U line connecting piece, just connecting axle B with state and be connected chamber A fixed connection, the U line connecting piece with connecting axle B swivelling joint, connecting axle B both ends set up swiveling wheel A respectively, two fixed backup pad C that sets up between the backup pad B, the lead screw runs through backup pad C, the lead screw with backup pad C threaded connection, connecting rod B lower extreme with the U line connecting piece rear portion is articulated, connecting rod B upper end with lead screw lower extreme swivelling joint, lead screw upper end fixed connection carousel B, the fixed handle A that sets up in carousel B edge upper portion, connect chamber B, connect and pass through rapid fixture B fixed connection between the chamber C, be convenient for remove and connect chamber A. 5. The left side of the upper portion of the connecting cavity A is fixedly provided with a centrifugal fan, the belt pulley A on the power mechanism is in power transmission with a belt pulley C on the centrifugal fan through a belt B, the lower end of a hose B is connected with the centrifugal fan, the upper end of the hose B is connected with the middle of the connecting cavity C, and dust is removed through the centrifugal fan. 6. An exhaust fan is fixedly arranged at the upper end inside the connecting cavity C, and dust is removed through the exhaust fan. 7. A spring bolt is fixedly arranged between the two support plates B and is positioned at the lower side of the rear part of the support plate B, and the spring bolt is matched with the screw rod to conveniently fix the screw rod at any time. 8. Connect the anterior downside of chamber A and set up connecting axle C, connecting axle C with connect chamber A fixed connection, a plurality of rubber wheels are established to the cover on the connecting axle C, the rubber wheel with connecting axle C swivelling joint, rubber wheel restriction milling cutter B's depth of operation. 9. An oscillating assembly is arranged at the lower side in the connecting cavity B, the oscillating assembly comprises a guide rail A, a connecting plate A, a through hole A, a connecting plate B, a connecting plate C, a connecting shaft C, a rotating wheel B, a through hole C, a pull rod and a ball head, the guide rail A penetrates through the through hole A formed in the connecting plate A, the guide rail A penetrates through the through hole B formed in the connecting plate B, the guide rail A is fixedly connected with the lower part of the inner side of the connecting cavity A, the front part of the connecting plate C is fixedly connected with the left end of the connecting plate A, the rear part of the connecting plate C is fixedly connected with the left end of the connecting plate B, a plurality of connecting shafts C are fixedly arranged on the left side wall of the connecting plate C, the rotating wheel B is arranged on the connecting shaft C, the through hole C is formed in the lower side of the right side wall of, the right end of the connecting plate A is fixedly connected with the front end of the pull rod, the right end of the connecting plate B is fixedly connected with the middle of the pull rod, the ball head is fixedly arranged at the rear end of the pull rod, and dust on the outer side wall of the dust-proof bag is oscillated by controlling the oscillating assembly. 10. Connect fixed protection casing that sets up on chamber A left side wall, belt pulley A, belt pulley B are located the protection casing is inboard, connect the fixed handle B that sets up in chamber A upper portion front end, connect the fixed lamp that sets up in chamber A upper portion front side, connect the fixed battery that sets up of chamber A left side wall rear portion upside, electric connection between battery, the lamp, the protection casing prevents that belt pulley A, belt pulley B from hurting the people, and the milling machine is convenient for lift by handle B, and battery, lamp convenience are worked under darker environment.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

fig. 2 is a schematic structural diagram of the oscillating assembly of the present invention.

Wherein, 1-connecting cavity A, 2-power mechanism, 3-belt pulley A, 4-connecting shaft A, 401-belt pulley B, 5-turntable A, 6-cube A, 7-milling cutter A, 701-square hole A, 8-cube B, 9-milling cutter B, 901-square hole B, 10-belt A, 11-supporting plate A, 12-connecting cavity B, 13-dust-proof bag, 14-connecting cavity C, 15-supporting plate B, 1501-connecting rod A, 1502-handrail, 1503-limiting rod, 16-hose A, 17-dust storage barrel, 18-quick clamp A, 19-connecting shaft B, 20-rotating wheel A, 21-U line connecting piece, 22-supporting plate C, 23-connecting rod B, 24-screw rod A, 1502-screw rod B, 24-screw rod, 25-rotating disc B, 26-handle A, 27-centrifugal fan, 28-belt B, 29-belt pulley C, 30-hose B, 31-exhaust fan, 32-quick clamp B, 33-spring bolt, 34-connecting shaft C, 35-rubber wheel, 36-oscillating assembly, 3601-guide rail A, 3602-connecting plate A, 3603-through hole A, 3604-connecting plate B, 3605-through hole B, 3606-connecting plate C, 3607-connecting shaft C, 3608-rotating wheel B, 3609-through hole C, 3610-pull rod, 3611-ball head, 37-protective cover, 38-handle B, 39-battery and 40-lamp.

Detailed Description

The embodiments of the present invention will be further explained with reference to the drawings.

The first embodiment is as follows:

referring to fig. 1-2, a milling machine with a dust collecting function according to this embodiment includes a connection cavity a1, a power mechanism 2, a pulley A3, a connection shaft A4, a pulley B401, a turntable A5, a cube A6, a milling cutter A7, a square hole a701, a cube B8, a milling cutter B9, a square hole B901, and a belt a10, the power mechanism 2 is fixedly disposed on the front side of the upper portion of the connection cavity a1, the pulley A3 is fixedly disposed on the main shaft of the power mechanism 2, the connection shaft A4 penetrates through the lower front portion of the connection cavity a1, the connection shaft A4 is rotatably connected to the connection cavity a1, the pulley B401 is fixedly disposed on the left end of the connection shaft A4, two turntables A5 penetrate through the connection shaft A4, the turntables A5 is disposed inside the connection cavity a1, the turntables A5 are disposed on the left and right portions of the connection shaft A4, the turntables A4 are fixedly connected to the connection shaft A4, two cubes 4 are uniformly disposed between, six milling cutters A7 are respectively sleeved on the left and right parts of the cube A6, the cube A6 penetrates through the square hole A701 on the milling cutter A7, the milling cutter A7 is fixedly connected with the cube A6, two rotating discs A5 are uniformly and fixedly provided with two cube B8, the cube B8 is arranged at intervals of the cube A6, six milling cutters B9 are sleeved on the middle part of the cube B8, the cube B8 penetrates through the square hole B901 on the milling cutter B9, the milling cutter B9 is fixedly connected with the cube B8, and the power transmission of the belt A10 is arranged between the belt pulley A3 and the belt pulley B401.

The anterior downside of connecting chamber A1 set up connecting axle C34, connecting axle C34 with connecting chamber A1 fixed connection, two rubber tyers 35 are established to the cover on the connecting axle C34, rubber tyer 35 with connecting axle C34 swivelling joint, rubber tyer 35 limits the depth of operation of milling cutter B9.

An oscillating assembly 36 is arranged on the lower side in the connecting cavity B12, the oscillating assembly 36 comprises a guide rail A3601, a connecting plate A3602, a through hole A3603, a connecting plate B3604, a through hole B3605, a connecting plate C3606, a connecting shaft C3607, a rotating wheel B3608, a through hole C3609, a pull rod 3610 and a ball 3611, the guide rail A3601 penetrates through the through hole A3603 formed in the connecting plate A3602, the guide rail A3601 penetrates through the through hole B3605 formed in the connecting plate B3604, the guide rail A3601 is fixedly connected with the lower portion of the inner side of the connecting cavity A1, the front portion of the connecting plate C3606 is fixedly connected with the left end of the connecting plate A3602, the rear portion of the connecting plate C3606 is fixedly connected with the left end of the connecting plate B3604, three through holes C3607 are fixedly arranged on the left side wall of the connecting plate C3606, the rotating wheel B3608 is arranged on the connecting shaft C7, a lower portion of the right side wall of the rear portion of the connecting cavity B12 is provided with a through hole C3609, the right end of the connecting plate A3602 is fixedly connected with the front end of the pull rod 3610, the right end of the connecting plate B3604 is fixedly connected with the middle of the pull rod 3610, the ball head 3611 is fixedly arranged at the rear end of the pull rod 3610, and dust on the outer side wall of the lower dust bag 13 is oscillated by controlling the oscillating assembly 36.

The working principle of the specific embodiment is as follows: lifting a handrail and lifting a milling machine to a working site by a handle B, opening a power mechanism, driving a belt pulley A to rotate clockwise by the power mechanism, driving a belt pulley B to rotate clockwise by the belt pulley A, driving a connecting shaft A to rotate clockwise by the belt pulley B, driving a turntable A to rotate clockwise by the connecting shaft A, driving a cube A and a cube B to rotate, driving a milling cutter A to mill a pavement by the cube A, driving a milling cutter B to mill a pavement by the cube B, limiting the undercut depth of the milling machine at the front part by a rubber wheel, rolling the rotating wheel A forwards, driving a belt pulley C to rotate clockwise by the belt B, working by a centrifugal fan, extracting air in a connecting cavity C by a hose B, enabling dust in the connecting cavity A to enter the connecting cavity B through the hose A, filtering the dust to the lower part of a dust bag, pulling a ball head forwards and backwards, and driving a pull rod forwards, The back reciprocating motion, the pull rod drives the connecting plate A and the connecting plate B to reciprocate back and forth, the connecting plate A and the connecting plate B reciprocate back and forth along the guide rail A, the connecting plate A and the connecting plate B drive the connecting plate C to reciprocate back and forth, the connecting plate C drives the connecting shaft C to reciprocate back and forth, the rotating wheel B reciprocates back and forth along the connecting shaft C, the rotating wheel B oscillates dust-proof bag in a reciprocating manner, dust falls into the dust storage barrel, the dust storage barrel is full, the power mechanism stops rotating, the handle A rotates clockwise, the handle A drives the turntable B to rotate clockwise, the turntable B drives the lead screw to descend along the supporting plate C, the lead screw pushes the connecting rod B downwards, the connecting rod B pushes the U-row connecting piece downwards, the U-row connecting piece pushes up the rear part of the milling machine, the rotating wheel A is far away from the ground, the handle A stops shaking, the lead screw is pushed tightly by controlling, pouring out dust in the dust storage barrel, putting the dust storage barrel back to the original position, fixing the dust storage barrel through the clamp A again, if a dustproof bag needs to be replaced, opening the quick clamp B, turning up the connecting cavity C, taking out the dustproof bag, putting in a new dustproof bag, returning to the connecting cavity C, fixedly connecting the cavity C through the quick clamp B, returning to the original position through a control spring bolt, rotating the handle A anticlockwise, driving the turntable B to rotate anticlockwise, driving the screw rod to move upwards along the supporting plate C, pulling the connecting rod B upwards, pulling the U-shaped connecting piece upwards through the connecting rod B, returning to the original position through the U-shaped connecting piece, re-opening the power mechanism, milling and stopping the road surface, after work is completed, operating the power mechanism, removing the milling machine, if the work environment is dark, turning on a lamp in the work process, and after work is completed, turning off the lamp.

The beneficial effects of the embodiment are as follows: 1. the surface layer is thoroughly cleaned, and the cleaning efficiency is high. 2. The power mechanism is a diesel engine, so that the diesel engine can work conveniently on the condition that the work site can not be electrified. 3. Connect fixed backup pad A that sets up in chamber A rear portion upside, backup pad A upper end and connect chamber B lower part front side fixed connection, place the dust bag in the chamber B of connection, connect chamber B upper portion front side articulated connection chamber C, the side is fixed backup pad B that sets up respectively about the chamber B of connection, fixed connecting rod A that sets up respectively on the backup pad B, fixed connection handrail between two connecting rod A rear portions, lateral wall lower part fixed connection gag lever post before the chamber C of connection, hose A lower extreme with connect chamber A connects, hose A upper end with connect chamber B sub-unit connection, connect chamber A rear side upper portion and set up the dust storage bucket, just the dust storage bucket is located under the chamber B of connection, connect chamber B, store up and fix through quick fixture A between the dust storage bucket, set up the U line connecting piece between the chamber A rear portion, connecting axle B runs through connect chamber A, The U line connecting piece, just connecting axle B with state and be connected chamber A fixed connection, the U line connecting piece with connecting axle B swivelling joint, connecting axle B both ends set up swiveling wheel A respectively, two fixed backup pad C that sets up between the backup pad B, the lead screw runs through backup pad C, the lead screw with backup pad C threaded connection, connecting rod B lower extreme with the U line connecting piece rear portion is articulated, connecting rod B upper end with lead screw lower extreme swivelling joint, lead screw upper end fixed connection carousel B, the fixed handle A that sets up in carousel B edge upper portion, connect chamber B, connect and pass through rapid fixture B fixed connection between the chamber C, be convenient for remove and connect chamber A. 4. The left side of the upper portion of the connecting cavity A is fixedly provided with a centrifugal fan, the belt pulley A on the power mechanism is in power transmission with a belt pulley C on the centrifugal fan through a belt B, the lower end of a hose B is connected with the centrifugal fan, the upper end of the hose B is connected with the middle of the connecting cavity C, and dust is removed through the centrifugal fan. 5. A spring bolt is fixedly arranged between the two support plates B and is positioned at the lower side of the rear part of the support plate B, and the spring bolt is matched with the screw rod to conveniently fix the screw rod at any time. 6. Connect the anterior downside of chamber A and set up connecting axle C, connecting axle C with connect chamber A fixed connection, two rubber wheels are established to the cover on the connecting axle C, the rubber wheel with connecting axle C swivelling joint, rubber wheel restriction milling cutter B's depth of operation. 7. An oscillating assembly is arranged at the lower side in the connecting cavity B, the oscillating assembly comprises a guide rail A, a connecting plate A, a through hole A, a connecting plate B, a connecting plate C, a connecting shaft C, a rotating wheel B, a through hole C, a pull rod and a ball head, the guide rail A penetrates through the through hole A formed in the connecting plate A, the guide rail A penetrates through the through hole B formed in the connecting plate B, the guide rail A is fixedly connected with the lower part of the inner side of the connecting cavity A, the front part of the connecting plate C is fixedly connected with the left end of the connecting plate A, the rear part of the connecting plate C is fixedly connected with the left end of the connecting plate B, three connecting shafts C are fixedly arranged on the left side wall of the connecting plate C, the rotating wheel B is arranged on the connecting shaft C, the through hole C is formed in the lower right side wall of the rear side of, the right end of the connecting plate A is fixedly connected with the front end of the pull rod, the right end of the connecting plate B is fixedly connected with the middle of the pull rod, the ball head is fixedly arranged at the rear end of the pull rod, and dust on the outer side wall of the dust-proof bag is oscillated by controlling the oscillating assembly. 8. Connect fixed protection casing that sets up on chamber A left side wall, belt pulley A, belt pulley B are located the protection casing is inboard, connect the fixed handle B that sets up in chamber A upper portion front end, connect the fixed lamp that sets up in chamber A upper portion front side, connect the fixed battery that sets up of chamber A left side wall rear portion upside, electric connection between battery, the lamp, the protection casing prevents that belt pulley A, belt pulley B from hurting the people, and the milling machine is convenient for lift by handle B, and battery, lamp convenience are worked under darker environment.

Example two:

The working principle of the specific embodiment is as follows: lifting a handrail and a handle B to lift the milling machine to a working site, opening a power mechanism, driving a belt pulley A to rotate clockwise, driving a belt pulley B to rotate clockwise through a belt A by the belt pulley A, driving a connecting shaft A to rotate clockwise by the belt pulley B, driving a turntable A to rotate clockwise by the connecting shaft A, driving a cube A and a cube B to rotate, driving a milling cutter A to mill a pavement by the cube A, driving a milling cutter B to mill a pavement by the cube B, limiting the cutting depth of the milling machine at the front part by a rubber wheel, rolling the rotating wheel A forwards, opening an exhaust fan, extracting air in a connecting cavity C by the exhaust fan, enabling dust in the connecting cavity A to enter the connecting cavity B through a hose A, filtering the dust to the lower part of a dustproof bag, pulling a ball head forwards and backwards, driving a pull rod to reciprocate forwards and backwards by the ball head, driving the connecting plate A and the connecting plate B to, the connecting plates A and B reciprocate back and forth along the guide rails A, the connecting plates A and B drive the connecting plates C to reciprocate back and forth, the connecting plates C drive the connecting shafts C to reciprocate back and forth, the rotating wheels B reciprocate back and forth along the connecting shafts C, the rotating wheels B oscillate dust bags in a reciprocating manner, dust falls into the dust storage barrel, when the dust storage barrel is full, the power mechanism is stopped to rotate, the exhaust fan stops operating, the handle A is rotated clockwise, the handle A drives the rotating disc B to rotate clockwise, the rotating disc B drives the screw rod to move downwards along the supporting plate C, the screw rod pushes the connecting rod B downwards, the connecting rod B pushes the U-row connecting piece downwards, the U-row connecting piece jacks the rear part of the milling machine, the rotating wheel A is far away from the ground, the handle A is stopped to rock, the screw rod is pushed tightly by controlling the spring bolt, the quick clamp A is opened, the dust storage barrel is lifted out, the dust, fix the dust storage bucket through anchor clamps A again, if the dust bag needs to be changed, open quick anchor clamps B, turn over connection chamber C on, take out the dust bag, put into new dust bag, reply connection chamber C, through quick anchor clamps B fixed connection chamber C, reply the normal position through the control spring bolt, anticlockwise rotation handle A, handle A drives carousel B anticlockwise rotation, carousel B drives the lead screw and goes upward along backup pad C, the lead screw upwards pulls connecting rod B, connecting rod B goes up the U line connecting piece, the U line connecting piece replies the normal position, reopen power unit, the air exhauster, mill the road surface, after work is accomplished, stop power unit, the air exhauster moves, remove the milling machine, if the operational environment is dark grey, open the lamp in the course of the work, after work is accomplished, close the lamp.

The beneficial effects of the embodiment are as follows: 1. the surface layer is thoroughly cleaned, and the cleaning efficiency is high. 2. The power mechanism is a motor, so that the work can be conveniently carried out on the condition that the work site can be electrified. 3. Connect fixed backup pad A that sets up in chamber A rear portion upside, backup pad A upper end and connect chamber B lower part front side fixed connection, place the dust bag in the chamber B of connection, connect chamber B upper portion front side articulated connection chamber C, the side is fixed backup pad B that sets up respectively about the chamber B of connection, fixed connecting rod A that sets up respectively on the backup pad B, fixed connection handrail between two connecting rod A rear portions, lateral wall lower part fixed connection gag lever post before the chamber C of connection, hose A lower extreme with connect chamber A connects, hose A upper end with connect chamber B sub-unit connection, connect chamber A rear side upper portion and set up the dust storage bucket, just the dust storage bucket is located under the chamber B of connection, connect chamber B, store up and fix through quick fixture A between the dust storage bucket, set up the U line connecting piece between the chamber A rear portion, connecting axle B runs through connect chamber A, The U line connecting piece, just connecting axle B with state and be connected chamber A fixed connection, the U line connecting piece with connecting axle B swivelling joint, connecting axle B both ends set up swiveling wheel A respectively, two fixed backup pad C that sets up between the backup pad B, the lead screw runs through backup pad C, the lead screw with backup pad C threaded connection, connecting rod B lower extreme with the U line connecting piece rear portion is articulated, connecting rod B upper end with lead screw lower extreme swivelling joint, lead screw upper end fixed connection carousel B, the fixed handle A that sets up in carousel B edge upper portion, connect chamber B, connect and pass through rapid fixture B fixed connection between the chamber C, be convenient for remove and connect chamber A. 4. An exhaust fan is fixedly arranged at the upper end inside the connecting cavity C, and dust is removed through the exhaust fan. 5. A spring bolt is fixedly arranged between the two support plates B and is positioned at the lower side of the rear part of the support plate B, and the spring bolt is matched with the screw rod to conveniently fix the screw rod at any time. 6. Connect the anterior downside of chamber A and set up connecting axle C, connecting axle C with connect chamber A fixed connection, two rubber wheels are established to the cover on the connecting axle C, the rubber wheel with connecting axle C swivelling joint, rubber wheel restriction milling cutter B's depth of operation. 7. An oscillating assembly is arranged at the lower side in the connecting cavity B, the oscillating assembly comprises a guide rail A, a connecting plate A, a through hole A, a connecting plate B, a connecting plate C, a connecting shaft C, a rotating wheel B, a through hole C, a pull rod and a ball head, the guide rail A penetrates through the through hole A formed in the connecting plate A, the guide rail A penetrates through the through hole B formed in the connecting plate B, the guide rail A is fixedly connected with the lower part of the inner side of the connecting cavity A, the front part of the connecting plate C is fixedly connected with the left end of the connecting plate A, the rear part of the connecting plate C is fixedly connected with the left end of the connecting plate B, three connecting shafts C are fixedly arranged on the left side wall of the connecting plate C, the rotating wheel B is arranged on the connecting shaft C, the through hole C is formed in the lower right side wall of the rear side of, the right end of the connecting plate A is fixedly connected with the front end of the pull rod, the right end of the connecting plate B is fixedly connected with the middle of the pull rod, the ball head is fixedly arranged at the rear end of the pull rod, and dust on the outer side wall of the dust-proof bag is oscillated by controlling the oscillating assembly. 8. Connect fixed protection casing that sets up on chamber A left side wall, belt pulley A, belt pulley B are located the protection casing is inboard, connect the fixed handle B that sets up in chamber A upper portion front end, connect the fixed lamp that sets up in chamber A upper portion front side, connect the fixed battery that sets up of chamber A left side wall rear portion upside, electric connection between battery, the lamp, the protection casing prevents that belt pulley A, belt pulley B from hurting the people, and the milling machine is convenient for lift by handle B, and battery, lamp convenience are worked under darker environment.

The utility model discloses a concrete embodiment does not constitute the pair the utility model discloses a restriction, all adopt the utility model discloses a similar structure and change are all in the utility model discloses a within the protection scope.

Claims

1. The utility model provides a milling machine with dust absorption function which characterized in that: comprises a connecting cavity A (1), a power mechanism (2), a belt pulley A (3), a connecting shaft A (4), a belt pulley B (401), a turntable A (5), a cube A (6), a milling cutter A (7), a square hole A (701), a cube B (8), a milling cutter B (9), a square hole B (901) and a belt A (10), wherein the power mechanism (2) is fixedly arranged at the front side of the upper part of the connecting cavity A (1), the belt pulley A (3) is fixedly arranged at the main shaft end of the power mechanism (2), the connecting shaft A (4) penetrates through the lower side of the front part of the connecting cavity A (1), the connecting shaft A (4) is rotationally connected with the connecting cavity A (1), the belt pulley B (401) is fixedly arranged at the left end of the connecting shaft A (4), two turntables A (5) are arranged on the connecting shaft A (4) in a penetrating manner, and the turntables A, the carousel A (5) is located the left and right parts of connecting axle A (4), carousel A (5) with connecting axle A (4) fixed connection, the fixed a plurality of cubes A (6) that set up of equipartition between two carousel A (5), a plurality of milling cutter A (7) are established to the left and right part cover respectively of cube A (6), cube A (6) run through on milling cutter A (7) quad slit A (701), milling cutter A (7) with cube A (6) fixed connection, the fixed a plurality of cubes B (8) that set up of equipartition between two carousel A (5), cube B (8) with cube A (6) interval sets up, a plurality of milling cutter B (9) are established to the middle part cover of cube B (8), cube B (8) run through on milling cutter B (9) quad slit B (901), milling cutter B (9) with square B (8) fixed connection, belt pulley A (3) with through belt A (10) power transmission between belt pulley B (401).

2. The milling machine with dust collection function according to claim 1, wherein: the power mechanism (2) is a diesel engine.

3. The milling machine with dust collection function according to claim 1, wherein: the power mechanism (2) is a motor.

4. The milling machine with dust collection function according to claim 1, wherein: the upper side of the rear part of the connecting cavity A (1) is fixedly provided with a supporting plate A (11), the upper end of the supporting plate A (11) is fixedly connected with the front side of the lower part of the connecting cavity B (12), a dust-proof bag (13) is placed in the connecting cavity B (12), the front side of the upper part of the connecting cavity B (12) is hinged with a connecting cavity C (14), the left side and the right side of the connecting cavity B (12) are respectively fixedly provided with a supporting plate B (15), the supporting plate B (15) is respectively and fixedly provided with a connecting rod A (1501), a handrail (1502) is fixedly connected between the rear parts of the two connecting rods A (1501), a limiting rod (1503) is fixedly connected with the lower part of the front side wall of the connecting cavity C (14), the lower end of a hose A (16) is connected with the connecting cavity A (1), the upper end of the hose A (16) is connected with the lower part of the connecting cavity B (12), just store up dirt bucket (17) and be located connect under chamber B (12), connect and fix through quick fixture A (18) between chamber B (12), the dust storage bucket (17), connect and set up U-shaped connecting piece (21) between chamber A (1) rear portion, connecting axle B (19) run through connect chamber A (1), U-shaped connecting piece (21), just connecting axle B (19) with state connect chamber A (1) fixed connection, U-shaped connecting piece (21) with connecting axle B (19) swivelling joint, connecting axle B (19) both ends set up swiveling wheel A (20) respectively, two fixedly set up backup pad C (22) between backup pad B (15), lead screw (24) run through backup pad C (22), lead screw (24) with backup pad C (22) threaded connection, connecting rod B (23) lower extreme with U-shaped connecting piece (21) rear portion is articulated, the utility model discloses a quick clamp, including connecting rod B (23), lead screw (24), connecting rod B (23) upper end with lead screw (24) lower extreme swivelling joint, lead screw (24) upper end fixed connection carousel B (25), fixed handle A (26) that set up in carousel B (25) edge upper portion, through quick clamp B (32) fixed connection between connecting chamber B (12), the connecting chamber C (14).

5. The milling machine with dust collection function according to claim 4, wherein: connect chamber A (1) upper portion left side fixed set up centrifugal fan (27), power unit (2) on belt pulley A (3) through belt B (28) with belt pulley C (29) power transmission on centrifugal fan (27), hose B (30) lower extreme is connected with centrifugal fan (27), hose B (30) upper end with connect chamber C (14) middle part and connect.

6. The milling machine with dust collection function according to claim 4, wherein: an exhaust fan (31) is fixedly arranged at the upper end inside the connecting cavity C (14).

7. The milling machine with dust collection function according to claim 4, wherein: two backup pad B (15) between fixed spring bolt (33) that sets up, and spring bolt (33) are located backup pad B (15) rear portion downside, spring bolt (33) with lead screw (24) cooperate.

8. The milling machine with dust collection function according to claim 1, wherein: connect chamber A (1) front portion downside set up connecting axle C (34), connecting axle C (34) with connect chamber A (1) fixed connection, a plurality of rubber tyers (35) are established to the cover on connecting axle C (34), rubber tyer (35) with connecting axle C (34) swivelling joint.

9. The milling machine with dust collection function according to claim 4, wherein: an oscillating assembly (36) is arranged on the lower side in the connecting cavity B (12), the oscillating assembly (36) comprises a guide rail A (3601), a connecting plate A (3602), a through hole A (3603), a connecting plate B (3604), a through hole B (3605), a connecting plate C (3606), a connecting shaft D (3607), a rotating wheel B (3608), a through hole C (3609), a pull rod (3610) and a ball head (3611), the guide rail A (3601) penetrates through the through hole A (3603) formed in the connecting plate A (3602), the guide rail A (3601) penetrates through the through hole B (3605) formed in the connecting plate B (3604), the guide rail A (3601) is fixedly connected with the lower portion of the inner side of the connecting cavity A (1), the front portion of the connecting plate C (3606) is fixedly connected with the left end of the connecting plate A (3602), the rear portion of the connecting plate C (3606) is fixedly connected with the left end of the connecting plate B (3604), and a plurality of connecting shafts D (360, the connecting shaft D (3607) is provided with a rotating wheel B (3608), the lower side of the right part of the rear side wall of the connecting cavity B (12) is provided with a through hole C (3609), a pull rod (3610) penetrates through the through hole C (3609) formed in the connecting cavity B (12), the pull rod (3610) is in sliding connection with the connecting cavity B (12), the right end of the connecting plate A (3602) is fixedly connected with the front end of the pull rod (3610), the right end of the connecting plate B (3604) is fixedly connected with the middle of the pull rod (3610), and the rear end of the pull rod (3610) is fixedly provided with a ball head (3611).

10. The milling machine with dust collection function according to claim 5, wherein: connect chamber A (1) left side wall on the fixed protection casing (37) that sets up, belt pulley A (3), belt pulley B (401) are located protection casing (37) are inboard, connect chamber A (1) upper portion front end fixed handle B (38) that sets up, connect chamber A (1) upper portion front side fixed lamp (40) that sets up, connect chamber A (1) left side wall rear portion upside fixed battery (39) that sets up, electric connection between battery (39), the lamp (40).