CN2732813Y - Reclaiming device for asphalt pavement materials - Google Patents
Reclaiming device for asphalt pavement materials Download PDFInfo
- Publication number
- CN2732813Y CN2732813Y CN 200420090308 CN200420090308U CN2732813Y CN 2732813 Y CN2732813 Y CN 2732813Y CN 200420090308 CN200420090308 CN 200420090308 CN 200420090308 U CN200420090308 U CN 200420090308U CN 2732813 Y CN2732813 Y CN 2732813Y
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- Prior art keywords
- linked
- cylindrical shell
- circle
- regeneration
- roller
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- Expired - Fee Related
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Abstract
The utility model relates to a reclaiming device for asphalt pavement materials which can reclaim the waste materials of asphalt pavement, with a charging box (3) being provided; the rear face of the feeding box is linked with a reclaiming cylinder (2), and a discharging device is linked to the rear face thereof. The inner wall of the cylinder of the discharging device (1) is linked with strip blade; a roller is linked in the loop frame on the rear end face; a sphery box being tangent with the roller is arranged at the position of the inscribed circle of the roller; the sphery box is linked with a discharge chute; a discharging screen positioned in the cylinder is linked to the discharge chute; the handle frame at the lower end of the discharge chute is linked with a handle; a connecting rod is linked in the handle, and the upper end of the connecting rod is linked with a rocker arm; a rotating shaft at he lower end of the rocker arm is held on both sides of the discharge chute, and the rotating shaft is linked with a movable plate. A charging neck ring linked with the reclaiming cylinder (2) is provided with a chainwheel; feeding blades particle columns and row sheets are arranged in the cylinder; a discharging cap is linked to the rear end part of the cylinder; the charging box (3) is provided with a rear stay plate; an up supporting frame is linked at the front side of the rear stay plate, and a box body is linked to the lower side thereof; the box body is provided with an inclined lower plate. The utility model can produce reclaimed material for the asphalt pavement.
Description
Technical field
The utility model relates to material regeneration machinery, particularly the regeneration machinery of flexible pavement waste material.
Background technology
Asphalt pavement material is formed by molten asphalt and a certain size stone mix.This asphalt pavement material is layed in the road surface, is flattened by the road roller compacting again, becomes flexible pavement.When the flexible pavement after the use regular period is reprocessed, old pavement be dug and excavate, spread new road surface.Plane digs old pavement and produces many road surfaces waste material, and it is made up of fixed pitch and stone, and this in the past road surface waste material can not regeneration, causes many wastes thus.
The utility model will solve in the prior art the many waste problems that the old asphalt pavement waste material that digs down can not regeneration causes of digging, a kind of asphalt road surface material regeneration machinery of the present utility model is provided for this reason, this machinery can dig the flexible pavement materials recycling that digs down, and regeneration back material can be laid as being applied to flexible pavement as the virgin material.
For addressing the above problem, its special character of the technical solution adopted in the utility model is: be provided with a material feeding box, the inlet back is associated with its back of regeneration tube and is associated with drawing mechanism;
Described drawing mechanism is provided with its inwall of cylindrical shell and is associated with the band material blade that inwardly stretch in the footpath, the center hole place of cylinder back-end face is associated with the circle frame, be associated with circumferentially uniform roller in this circle frame, described circumferentially uniform its inscribed circle present position of roller is provided with the circle case, circle box outer wall and described roller are tangent, circle box back face diameter is to being associated with two lugs symmetrically, before the circle case, the rear end face tapping is associated with, the blow tank that has a down dip, the blow tank upper end is associated with out material screen and is positioned at cylindrical shell, the blow tank bottom is associated with handle frame and has pivotly joined handle on it, handle the inner has pivotly joined connecting rod, small end has pivotly joined rocking arm; the rocking arm lower end is associated with the rotating shaft frame in the blow tank both sides, is associated with portable plate in the rotating shaft;
Described regeneration tube has cylindrical shell, barrel front end is associated with its outer race of charging necklace and is provided with sprocket wheel, the cylinder lumen leading section is provided with flight blade, cylinder inboard wall is associated with by the circumferentially uniform post row who constitutes of the inwardly prominent particle post in footpath, having some described posts arranges in ground, cylinder inboard wall axially spaced-apart ground and lays, prominent screening is coupled to cylinder inboard wall with extending axially in circumferentially being provided with between the particle post of the above, and cylinder back-end portion is associated with the discharging cap, offers discharge opening and venthole on the discharging cap;
Described material feeding box is provided with a rear stay plate, and the rear stay plate front is associated with support, is associated with casing below the last support, and casing has the lower shoe of inclination.
The material screen that goes out of drawing mechanism described in the utility model has pole and is coupled to the blow tank upper end, be associated with outer support shelves and inner support shelves on the pole, inside and outside support shelves upper end is associated with spaced pin, go out the material screen rear end and be provided with backboard, going out the material screen front portion, to be provided with oblique front apron parallel corresponding with the blow tank bottom surface; Circle was coupled to the center hole place of cylinder back-end face before the circle frame of drawing mechanism had, and the Qian Quan back is associated with connecting rod, and the connecting rod rear end is associated with the back circle; Described circumferentially uniform roller is the front wheel of circle before being coupled to and the rear roller that is coupled to the back circle;
Have on the lug of drawing mechanism pin-and-hole be equipped with in it can with the fixing lateral pin of vehicle frame.
The particle post of regeneration tube described in the utility model in drum shaft to lengthening gradually from front to back;
The discharging cap of regeneration tube is a pyramid, and described discharge opening is opened in the perisporium of pyramid discharging cap, and venthole is opened in the rear end face of pyramid discharging cap;
The cylinder body outer wall of regeneration tube is covered with insulation layer; The discharging cap through spike and fixedly iron block be coupled to rearward end in the cylindrical shell; Barrel front end is provided with header board, and cylinder back-end is associated with flange;
The regeneration tube post that cylinder inboard wall joined row has first post row, second post row, the 3rd post row, the 4th post row and the 5th post row.
The rear stay plate of material feeding box described in the utility model is the semi-round ring shape fagging, and the rear stay plate back is associated with the discharging opening cap; Casing one side is provided with thermometer hole.
The utility model is owing to be provided with material feeding box, regeneration tube and drawing mechanism from front to back successively; Material feeding box is provided with the lower shoe of the casing and the skew back that is associated with thereof, and the flexible pavement waste material can be sent into the regeneration tube automatically by casing; Its charging necklace of regeneration tube is provided with sprocket wheel can drive the cylindrical shell rotation, the cylinder lumen leading section is provided with flight blade and is used to push waste material and enters cylindrical shell and discharge reworked material at last, cylinder inboard wall is associated with the particle post and is used for the broken stirring of waste material agglomerate, be associated with screening and be used for hoop and transport waste material, cylinder back-end portion is associated with the discharging cap and is used for reworked material and discharges; The cylindrical shell of the drawing mechanism asphalt pavement regeneration material of can packing into, being provided with band material blade in it can drive the reworked material circulation of packing into when cylindrical shell rotates, cylindrical shell joins circle and is provided with roller in the frame, roller inscribed circle present position is provided with the circle case, and it joins lug and can fix with vehicle frame, be associated with its upper end of blow tank on the circle case and be associated with out material screen, the reworked material that circulation drives in the cylindrical shell is sieved after blow tank output.So the utility model integrates charging, regeneration, discharging, can regenerate to the flexible pavement waste material, be used for flexible pavement and lay, thereby saved lot of materials, eliminated many wastes.
Description of drawings
Fig. 1 is the utility model overall structure tube diagrammatic sketch;
Fig. 2 is the drawing mechanism structural representation in the utility model;
Fig. 3 is the modular construction schematic diagram that comprises blow tank in the described drawing mechanism and go out material screen;
Fig. 4 is Fig. 3 left side TV structure schematic diagram;
Fig. 5 is Fig. 3 plan structure schematic diagram;
Fig. 6 is that regeneration barrel dliameter in the utility model is to the sectional structure schematic diagram;
Fig. 7 is Fig. 6 C-C sectional structure schematic diagram;
Fig. 8 is Fig. 6 A-A sectional structure schematic diagram;
Fig. 9 is that Fig. 6 B is to schematic diagram;
Figure 10 is the material feeding box one side structure schematic diagram in the utility model;
Figure 11 is that Figure 10 material feeding box is overlooked the direction structure schematic diagram;
Figure 12 is Figure 10 material feeding box left side apparent direction structural representation;
Figure 13 is the right apparent direction structural representation of Figure 10 material feeding box.
Be labeled as among the figure:
1 drawing mechanism, 11 cylindrical shells, 12 forward flanges, 13 go out material screen, 14 rotating shafts, 15 band material blades, 16 insulation layers, 17 discharging caps, 18 front wheels, 19 blow tanks, 110 handle frames, 111 handles, 112 lugs, 113 rear rollers, 114 circle casees, 115 back circles, 116 connecting rods, 117 preceding circles, 118 connecting rods, 119 rocking arms, 120 portable plates, 121 support reinforcing plates, 131 backboards, 132 pins, 133 front aprons, 134 outer support shelves, 135 inner support shelves, 136 poles;
2 regeneration tubes, 21 charging necklaces, 22 sprocket wheels, 23 cylindrical shells, 24 insulation layers, 25 first posts row, 26 second posts row, 27 the 3rd posts row, 28 the 4th posts row, 29 the 5th posts row, 210 screenings, 211 spikes, 212 discharging caps, 213 flanges, 214 fixing iron blocks, 215 flight blades, 216 discharge openings, 217 ventholes, 218 header boards.
3 material feeding box, 31 rear stay plates, support on 32,33 casings, 34 lower shoes, 35 thermometer holes, 36 discharging opening caps.
The specific embodiment
Asphalt road surface material regeneration machinery is provided with a material feeding box 3, and the inlet back is associated with regeneration tube 2 its back and is associated with drawing mechanism 1.
The flexible pavement waste material inputs to the cylindrical shell 23 of regeneration tube 2 during operation from material feeding box 3, produce high temperature with oil inflame flame in cylindrical shell 23, through described screening hoop band fortune and the broken and stirring through the particle post, stir the limit heating and dissolve waste asphalt by the limit fragmentation in rotary cylinder body for the waste material agglomerate that differs in size that adds.The particle post extends from front to back gradually, be the needs that improve the broken mixing effect of waste material agglomerate, get over backward in the cylindrical shell, agglomerate is more little, need long particle post more, so that no longer include agglomerate at last and form the mixture of molten asphalt and stone, transport to drawing mechanism 1 from the discharge opening 216 of discharging cap 212.
Cylindrical shell 11 in the drawing mechanism links to each other with regeneration tube cylindrical shell 23 through forward flange 12, can rotate the cylindrical shell 11 of the reworked material input drawing mechanism that the regeneration tube produces with regeneration tube cylindrical shell.Front wheel 18 before the center hole place connection of cylindrical shell 11 rear end faces on circle 117, connecting rod 116 and back circle and the preceding circle, the rear roller 113 on the circle of back rotate with cylindrical shell 11.The circle case 114 at forward and backward roller inscribed circle place pin-and-hole in its upper lug 112 inserts lateral pin and vehicle frame is fixed, so that circle case 114 maintains static is moving, the blow tank 19 and the material screen that the upper end joins 13 thereof that fixedly link with the circle case also maintain static moving.When 115 rotations were enclosed in circle 117, back before cylindrical shell 11 reached, roller that forward and backward circle joins circumferentially rolled at circle case 114 outer walls.Its interior reworked material drove through band material blade 15 hoops and fall into out material screen 13 to the top when cylindrical shell 11 rotated.Go out material screen 13 and have the pin of laying at interval 132 and become fabricated basket at regular intervals, the stone that makes a certain size reworked material promptly be mixed with molten asphalt falls, from blow tank 19 outputs.The handle 111 of leaving behind before the discharging makes on the connecting rod 118 and moves, rocking arm 119 and join that clockwise direction rotates in the rotating shaft 14 as shown in Figure 3, connection turns over for 120 times concordantly and concordant with blow tank 19 bottom surfaces with front apron 133 in the rotating shaft as the portable plate of open and close door, goes out reworked material that material screen 13 falls from blow tank 19 outputs.Push to handle 111, then turn over the charging aperture of closing blow tank 19 on the portable plate 120, stop discharging.
Claims (4)
1, asphalt road surface material regeneration machinery is characterized in that: be provided with a material feeding box (3), the inlet back is associated with regeneration tube (2) its back and is associated with drawing mechanism (1);
Described drawing mechanism (1) is provided with its inwall of cylindrical shell (11) and is associated with the band material blade (15) that inwardly stretch in the footpath, the center hole place of cylindrical shell (11) rear end face is associated with the circle frame, be associated with circumferentially uniform roller in this circle frame, described circumferentially uniform its inscribed circle present position of roller is provided with circle case (114), circle case (114) outer wall and described roller are tangent, circle box back face diameter is to being associated with two lugs (112) symmetrically, before the circle case, the rear end face tapping is associated with, the blow tank that has a down dip (19), the blow tank upper end is associated with out material screen (13) and is positioned at cylindrical shell (11), the blow tank bottom is associated with handle frame (110) and has pivotly joined handle (111) on it, handle the inner has pivotly joined connecting rod (118), small end has pivotly joined rocking arm (119); the rocking arm lower end is associated with rotating shaft (14) frame in blow tank (19) both sides, is associated with portable plate (120) in the rotating shaft (14);
Described regeneration tube (2) has cylindrical shell (23), barrel front end is associated with its outer race of charging necklace (21) and is provided with sprocket wheel (22), cylindrical shell (23) inner chamber leading section is provided with flight blade (215), cylindrical shell (23) inwall is associated with by the circumferentially uniform post row who constitutes of the inwardly prominent particle post in footpath, having some described posts arranges in ground, cylinder inboard wall axially spaced-apart ground and lays, prominent screening (210) is coupled to cylindrical shell (23) inwall with extending axially in circumferentially being provided with between the particle post of the above, cylindrical shell (23) rearward end is associated with discharging cap (212), offers discharge opening (216) and venthole (217) on the discharging cap (212);
Described material feeding box (3) is provided with a rear stay plate (31), and the rear stay plate front is associated with support (32), is associated with casing (33) below the last support, and casing (33) has the lower shoe (34) of inclination.
2, regeneration machinery as claimed in claim 1, the material screen (13) that goes out that it is characterized in that described drawing mechanism has pole (136) and is coupled to blow tank (19) upper end, be associated with outer support shelves (134) and inner support shelves (135) on the pole (136), inside and outside support shelves upper end is associated with spaced pin (132), go out material screen (13) rear end and be provided with backboard (131), going out material screen (131) front portion, to be provided with oblique front apron (133) parallel corresponding with blow tank (19) bottom surface; The circle frame of drawing mechanism has the center hole place that preceding circle (117) is coupled to cylindrical shell (11) rear end face, and preceding circle (117) back is associated with connecting rod (116), and the connecting rod rear end is associated with back circle (115); Described circumferentially uniform roller is for being coupled to the front wheel (18) of preceding circle (117) and being coupled to the rear roller (113) that (115) are enclosed in the back;
Have on the lug of drawing mechanism (112) pin-and-hole be equipped with in it can with the fixing lateral pin of vehicle frame.
3, regeneration as claimed in claim 1 machinery, the particle post that it is characterized in that described regeneration tube in drum shaft to lengthening gradually from front to back;
The discharging cap (212) of regeneration tube is a pyramid, and described discharge opening (216) is opened in the perisporium of pyramid discharging cap, and venthole (217) is opened in the rear end face of pyramid discharging cap;
Cylindrical shell (23) outer wall of regeneration tube is covered with insulation layer (24); Discharging cap (212) through spike (211) and fixedly iron block (214) be coupled to rearward end in the cylindrical shell (23); Cylindrical shell (23) front end is provided with header board (218), and cylinder back-end is associated with flange (213);
The regeneration tube post that cylinder inboard wall joined row has first post row (25), second post row (26), the 3rd post row (27), the 4th post row (28) and the 5th post row (29).
4, regeneration machinery as claimed in claim 1, the rear stay plate that it is characterized in that described material feeding box (3) is the semi-round ring shape fagging, the rear stay plate back is associated with discharging opening cap (36); Casing (33) one side is provided with thermometer hole (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420090308 CN2732813Y (en) | 2004-09-16 | 2004-09-16 | Reclaiming device for asphalt pavement materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420090308 CN2732813Y (en) | 2004-09-16 | 2004-09-16 | Reclaiming device for asphalt pavement materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2732813Y true CN2732813Y (en) | 2005-10-12 |
Family
ID=35068655
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420090308 Expired - Fee Related CN2732813Y (en) | 2004-09-16 | 2004-09-16 | Reclaiming device for asphalt pavement materials |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2732813Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102251461A (en) * | 2011-05-26 | 2011-11-23 | 刘廷国 | Device for regenerating waste black granules of asphalt pavement at normal temperature |
| CN104480832A (en) * | 2014-11-17 | 2015-04-01 | 长安大学 | Extruded asphalt pavement milling material crushing and screening device |
-
2004
- 2004-09-16 CN CN 200420090308 patent/CN2732813Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102251461A (en) * | 2011-05-26 | 2011-11-23 | 刘廷国 | Device for regenerating waste black granules of asphalt pavement at normal temperature |
| CN102251461B (en) * | 2011-05-26 | 2013-07-10 | 刘廷国 | Device for regenerating waste black granules of asphalt pavement at normal temperature |
| CN104480832A (en) * | 2014-11-17 | 2015-04-01 | 长安大学 | Extruded asphalt pavement milling material crushing and screening device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |