CN203512423U - Earth material storing, crushing and conveying combined device - Google Patents
Earth material storing, crushing and conveying combined device Download PDFInfo
- Publication number
- CN203512423U CN203512423U CN201320682160.XU CN201320682160U CN203512423U CN 203512423 U CN203512423 U CN 203512423U CN 201320682160 U CN201320682160 U CN 201320682160U CN 203512423 U CN203512423 U CN 203512423U
- Authority
- CN
- China
- Prior art keywords
- storing box
- material storing
- earth material
- box casing
- bearing seat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Excavating Of Shafts Or Tunnels (AREA)
Abstract
The utility model discloses an earth material storing, crushing and conveying combined device. The device comprises a support, an earth material storing box, an earth material crushing mechanism and an earth material conveying system, wherein the earth material storing box is installed on the support, the earth material conveying system is arranged below the earth material storing box, and the earth material crushing mechanism is installed on the earth material storing box and close to a discharge port of the earth material storing box; the earth material storing box comprises a storing box body installed on the support, the storing box body adopts a bottomless structure, a baffle is arranged in the storing box body, both front and back side walls of the storing box body are inclined side walls with upper ends inclining outwards, a bin wall vibrator is installed on each of the front and back side walls of the storing box body, the earth material crushing mechanism is installed on the storing box body, and an earth material discharge gate is installed at the discharge port of the storing box body. According to the device, the problems of quantitative control on earth materials with different characteristics and the like are solved, and a foundation is laid for the development of a slurry pump damming integrated machine as well as the realization of mechanization and automation of check dam construction.
Description
Technical field
The utility model belongs to silt arrester dam construction technique field, specifically relates to a kind of earth material storing, fragmentation and carries set composite.
Background technology
The silt arrester unique engineering measures of soil and water conservation that to be the Loess Plateau people progressively sum up out through long-term practice, has the mud of blocking retaining, alluvial plain is built up fields, improves agricultural production conditions, developed local economy, sets up dam is the multinomial effects such as economic zone.At present, the silt arrester modal method of constructing has rolled-on method and water pendant method.Compare with rolled-on method, the water pendant method cost of building a dam is low, can increase substantially the work efficiency of building a dam, be particularly useful for that drought, poverty, construction machinery and equipment lack, have inconvenient traffic, the obvious area bigger than normal of mechanical execution difficulty, roller compaction construction damming works cost, so the method has been widely applied since twentieth century occurs the fifties.But water pendant method is built a dam and is still had a lot of deficiencies: (1) falls and makes mud requirement in order to meet filling input mud ratio, more than the position of Tu Chang should exceed the about 10m of filling dam facing, makes dam site select to be restricted; (2) in work progress, concentration of hydraulic mixture is uncontrollable, the often requirement of out of reach homogeneous dam of the body of building a dam; (3) at sluicing earth material, make in the process of mud near defeated mud canal easily the geologic hazards such as induced landslide; (4) workmen need stand on ditch slope and dig (pine) soil, works under hard conditions, and labour intensity is large, and personal safety is difficult to guarantee etc.Raising along with country requires environmental protection and construction safety etc., in the urgent need to developing the advanced machinery that is suitable for silt arrester execution conditions, overcomes the deficiency that water pendant method is built a dam, and substitutes artificial construction, improves mechanization, the automatization level of the construction of building a dam.
In order to control concentration of hydraulic mixture, meet the construction requirement of homogeneous dam, realizing is prerequisite to the quantitative control of earth material and discharge.Facts have proved, the quantitative control of discharge is easy to solve, and the quantitative control of earth material flow becomes the mud pump difficult problem that all-in-one develops of building a dam.Must develop to be difficult for there is earth material bonding, " arch camber ", be suitable for different qualities earth material evenly, the new device quantitatively carried, to create conditions for the build a dam development and applying of all-in-one of mud pump.
Utility model content
The purpose of this utility model is to overcome above-mentioned deficiency of the prior art, a kind of earth material storing, fragmentation are provided and carry set composite, the problems such as quantitative control of solution to different qualities earth material, for developing the mud pump all-in-one of building a dam, realize silt arrester mechanization of building operation, automation lays the foundation.
For achieving the above object, the technical solution adopted in the utility model is: a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: comprise support, earth material material storing box, earth material crushing mechanism and earth material delivery system, described earth material material storing box is rack-mount, described earth material delivery system is arranged on the below of earth material material storing box, and described earth material crushing mechanism is arranged on earth material material storing box and the discharging opening place of close earth material material storing box; Described earth material material storing box comprises material storing box casing, described material storing box casing is rack-mount, described material storing box casing is without bottom structure, in described material storing box casing, be provided with dividing plate, the front side wall of described material storing box casing and rear wall are the outward-dipping sloped sidewall in upper end, hopper wall vibrator is all installed on the front side wall of described material storing box casing and rear wall, described earth material crushing mechanism is arranged on material storing box casing and for the earth material for the treatment of discharging is carried out to fragmentation, the discharging opening place of described material storing box casing is provided with earth material discharge gate.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: described earth material discharge gate comprises flashboard, cover plate and adjusting screw(rod), described flashboard is arranged on the discharging opening place in material storing box casing, described cover plate is fixed on material storing box casing by the first screw, described cover plate is positioned at the top of flashboard, on described cover plate, have through hole, on described flashboard, have tapped bore, described adjusting screw(rod) passes described through hole and described tapped bore from top to bottom and matches with tapped bore.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: described earth material crushing mechanism comprises broken shaft and cutter tooth, described broken shaft is arranged on the discharging opening place of material storing box casing, the two ends of described broken shaft are provided with clutch shaft bearing, clutch shaft bearing seat and the first lip-shaped sealed ring, described clutch shaft bearing and the first lip-shaped sealed ring are all arranged in clutch shaft bearing seat, described the first lip-shaped sealed ring is positioned at the inner side of clutch shaft bearing, before and after two clutch shaft bearing seats, be symmetrical arranged, described clutch shaft bearing seat is fixedly connected with material storing box casing by the second screw, the clutch shaft bearing seat end that is positioned at rear side is fixed with rear side housing by the 3rd screw, the clutch shaft bearing seat end that is positioned at front side is fixed with front end cover by the 4th screw, between described front end cover and broken shaft, be provided with spacer, between described spacer and front end cover, be provided with seal ring, the front end end of described broken shaft is installed with sprocket wheel by flat key, the outer end of described sprocket wheel is fixed with back-up ring by the 5th screw, the quantity of described cutter tooth is that a plurality of and a plurality of cutters tooth are evenly arranged on broken shaft, between adjacent two cutters tooth, be provided with cutter tooth spacer, be positioned at outermost cutter tooth by being arranged on cutter tooth interstage sleeve and the circlip axial location on broken shaft, described circlip is positioned at the outside of cutter tooth interstage sleeve.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: described earth material delivery system comprises driving drum, bend pulley, belt conveyor and carrier roller frame, the quantity of described carrier roller frame is to be symmetrical arranged before and after two and two carrier roller frames, between two carrier roller frames by many spacing axle spacings, the two ends of every spacing axle are provided with spacing axle and two the 6th screws that carrier roller frame connects as one, the bottom of described carrier roller frame is provided with the first bolt, between two carrier roller frames, be provided with upper supporting roller and snub pulley, described upper supporting roller and snub pulley parallel, the quantity of described upper supporting roller and snub pulley is many, many upper supporting rollers evenly arrange, many snub pulleys evenly arrange, described driving drum is arranged on the left end of material storing box casing, described bend pulley is arranged on the right-hand member of material storing box casing, described driving drum, bend pulley, upper supporting roller, snub pulley and broken shaft all parallel, described driving drum and bend pulley are connected to form band transmission by belt conveyor, between the lower surface of the upper surface of described belt conveyor and material storing box casing, there is distance, the two ends of described driving drum are provided with the second bearing seat, described the second bearing seat is in the left of carrier roller frame, on described the second bearing seat, be provided with the 7th screw, the two ends of described bend pulley are provided with the 3rd bearing seat, described the 3rd bearing seat is arranged on the right-hand member of carrier roller frame and is adjusted in the position on carrier roller frame by belt conveyor tensioning regulating mechanism, described belt conveyor tensioning regulating mechanism is arranged on the right-hand member end of carrier roller frame.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: the quantity of described belt conveyor tensioning regulating mechanism is two, before and after two belt conveyor tensioning regulating mechanisms, be symmetrical arranged, described belt conveyor tensioning regulating mechanism comprises first piece, second piece, guide plate, gland and tensioning bolt, the lower end of described first piece and second piece is all fixedly connected with carrier roller frame, described first piece is positioned at the inner side of second piece, the upper end of described first piece and second piece is fixedly connected with the two ends of guide plate by the 8th screw, described gland is fixed on the outside of the 3rd bearing seat by the 9th screw, on described gland, have through hole, the middle part of described second piece has tapped bore, described tensioning bolt from right to left successively through described tapped bore and described through hole and with described tapped bore incompatible adjusting the 3rd position of bearing seat on carrier roller frame that match, described the 3rd bearing seat is rectangular configuration, match with guide plate in the top of described the 3rd bearing seat, match with carrier roller frame in the bottom of described the 3rd bearing seat.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: described bend pulley comprises flange, axle and step disk, the quantity of described flange is two, two flanges are welded on respectively the two ends of axle, the end of described axle is positioned at the outside of flange, described step disk is arranged between two flanges and is welded on axle, between two flanges, be welded with round steel, the quantity of described round steel is many, many round steel evenly arrange around axle for one week, two the 3rd bearing seats are separately positioned on the end, two ends of axle, in described the 3rd bearing seat, be provided with the second bearing and the second lip-shaped sealed ring, described the second lip-shaped sealed ring is positioned at the inner side of the second bearing, the end of described the 3rd bearing seat is fixed with end cap by the tenth screw.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: described driving drum below is provided with for the cleaning mechanism to belt conveyor cleaning, described cleaning mechanism comprises erecting frame, rubber plate and pressing plate, described rubber plate is arranged on upper end one side of erecting frame, described pressing plate is arranged on the outside of rubber plate and is fixedly connected with erecting frame with pressing plate by the 11 screw, the lower end of described erecting frame is provided with waist hole, and place, described waist hole is provided with the 12 screw.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, is characterized in that: the quantity of described dividing plate is three, three dividing plate uniform weldings, on the inwall of material storing box casing, have distance between the lower surface of described dividing plate and the upper surface of belt conveyor.
Above-mentioned a kind of earth material storing, fragmentation and conveying set composite, it is characterized in that: front side wall, rear wall, left side wall and the right side wall of described material storing box casing lower end are provided with grave mound bar, insert between material storing box casing and belt conveyor one end of described grave mound bar, the other end of described grave mound bar inserts between otic placode and material storing box casing, described otic placode is fixed on material storing box casing, and described grave mound bar is fixed on otic placode by the 13 screw.
Above-mentioned a kind of earth material storing, fragmentation and carry set composite, is characterized in that: front side, left side and the right side at the described material storing box casing top material storing box that has all been connected through the hinge is increased and pulled.
The utility model compared with prior art has the following advantages:
1, the utility model is compound by earth material material storing box and earth material delivery system, earth material material storing box is designed to without bottom structure, earth material delivery system is placed horizontally under it, make earth material directly fall on belt conveyor and carry under the effect of self gravitation, avoided adopting other mechanism, as fricting movement occurs when carrying and between earth material for spiral conveying mechanism etc., easily form bonding and the large problem of consumption of power, improved earth material conveying uniform and quantitative accuracy, reduced consumption of power.
2, the utility model earth material material storing box sidewall adopts less inclination angle, and skew back wall installs hopper wall vibrator additional in front and back, be conducive to reduce the resistance that earth material glides, thereby reduce bonding, eliminate the hidden danger of earth material " arch camber ", improved the homogeneity of earth material conveying and quantitative accuracy.
3, the utility model adopts the equidistant cutter tooth of many rows to carry out " cutting " broken processing to soil block larger in earth material etc., and effect is better than other crumbling method.
4, the utility model earth material discharging opening width can be fixed as 500mm, guarantee to be like this not less than 100mm at required earth material flow range inner gate height setting, make earth material crossing ability good, when one timing of discharging opening area, earth material flow is directly proportional to line speed, thereby realize automation, controls.
5, the utility model earth material material storing box is provided with enough large volume, and loader work rhythm is not very tight.
Below by drawings and Examples, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is use constitution diagram of the present utility model.
Fig. 4 is the left view of Fig. 3.
Fig. 5 is the annexation schematic diagram of the utility model support and earth material material storing box.
Fig. 6 is the I place enlarged drawing of Fig. 5.
Fig. 7 is the A-A cutaway view of Fig. 5.
Fig. 8 is the II place enlarged drawing of Fig. 7.
Fig. 9 is that the utility model earth material crushing mechanism is removed the structural representation after drive part.
Figure 10 is the III place enlarged drawing of Fig. 9.
Figure 11 is the IV place enlarged drawing of Fig. 9.
Figure 12 is the structural representation of the utility model cutter tooth.
Figure 13 is the annexation schematic diagram of the utility model earth material delivery system and vehicle bridge frame.
Figure 14 is the V place enlarged drawing of Figure 13.
Figure 15 is the VI place enlarged drawing of Figure 13.
Figure 16 is the birds-eye view of Figure 13.
Figure 17 is the annexation schematic diagram of the utility model bend pulley, the 3rd bearing seat, guide plate and carrier roller frame.
Description of reference numerals:
1-earth material material storing box; 1-1-material storing box casing; 1-2-dividing plate;
1-3-hopper wall vibrator; 1-4-the second bolt; 1-5-adjusting screw(rod);
1-6-cover plate; 1-7-the first screw; 1-8-flashboard;
1-9-grave mound bar; 1-10-the 13 screw; 1-11-otic placode;
1-12-three bolt; 1-13-material storing box is increased and is pulled; 1-14-support;
1-15-leg; 2-earth material crushing mechanism; 2-1-rear side housing;
2-2-the second screw; 2-3-clutch shaft bearing seat; 2-4-clutch shaft bearing;
2-5-the first lip-shaped sealed ring; 2-6-circlip; 2-7-cutter tooth interstage sleeve;
2-8-cutter tooth spacer; 2-9-broken shaft; 2-10-cutter tooth;
2-101-interior hexagonal hole; 2-11-four screw; 2-12-seal ring;
2-13-spacer; 2-14-front end cover; 2-15-flat key;
2-16-sprocket wheel; 2-17-back-up ring; 2-18-five screw;
2-19-three screw; 3-earth material delivery system; 3-1-seven screw;
3-2-the second bearing seat; 3-3-driving drum; 3-4-belt conveyor;
3-5-upper supporting roller; 3-6-snub pulley; 3-7-the first bolt;
3-8-carrier roller frame; 3-9-the first piece; 3-10-eight screw;
3-11-gland; 3-12-the second piece; 3-13-tensioning bolt;
3-14-nine screw; 3-15-ten screw; 3-16-spacing axle;
3-17-six screw; 3-18-bend pulley; 3-181-flange;
3-182-axle; 3-183-round steel; 3-184-step disk;
3-19-guide plate; 3-20-the 11 screw; 3-21-pressing plate;
3-22-rubber plate; 3-23-erecting frame; 3-24-the 12 screw;
3-25-end cap; 3-26-the second bearing; 3-27-three bearing seat;
3-28-the second lip-shaped sealed ring; 4-earth material discharge gate; 5-vehicle bridge frame;
6-cleaning mechanism.
The specific embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 7 and Fig. 8, the utility model comprises support 1-14, earth material material storing box 1, earth material crushing mechanism 2 and earth material delivery system 3, described earth material material storing box 1 is arranged on support 1-14, described earth material delivery system 3 is arranged on the below of earth material material storing box 1, and described earth material crushing mechanism 2 is arranged on earth material material storing box 1 and the discharging opening place of close earth material material storing box 1, described earth material material storing box 1 comprises material storing box casing 1-1, described material storing box casing 1-1 is arranged on support 1-14, described material storing box casing 1-1 is without bottom structure, in described material storing box casing 1-1, be provided with dividing plate 1-2, the front side wall of described material storing box casing 1-1 and rear wall are the outward-dipping sloped sidewall in upper end, on the front side wall of described material storing box casing 1-1 and rear wall, hopper wall vibrator 1-3 is all installed, described earth material crushing mechanism 2 is arranged on material storing box casing 1-1 and for the earth material for the treatment of discharging is carried out to fragmentation, the discharging opening place of described material storing box casing 1-1 is provided with earth material discharge gate 4.In the present embodiment, hopper wall vibrator 1-3 is arranged on material storing box casing 1-1 by the 3rd bolt 1-12.
As shown in Figure 5 to Figure 6, described earth material discharge gate 4 comprises flashboard 1-8, cover plate 1-6 and adjusting screw(rod) 1-5, described flashboard 1-8 is arranged on the discharging opening place in material storing box casing 1-1, described cover plate 1-6 is fixed on material storing box casing 1-1 by the first screw 1-7, described cover plate 1-6 is positioned at the top of flashboard 1-8, on described cover plate 1-6, have through hole, on described flashboard 1-8, have tapped bore, described adjusting screw(rod) 1-5 passes described through hole and described tapped bore from top to bottom and matches with tapped bore, adjusting screw(rod) 1-5 can only rotate and can not move up and down, when adjusting screw(rod) 1-5 rotates, flashboard 1-8 moves up and down the height that regulates discharging opening.
As shown in Figures 9 to 11, described earth material crushing mechanism 2 comprises broken shaft 2-9 and cutter tooth 2-10, described broken shaft 2-9 is arranged on the discharging opening place of material storing box casing 1-1, the two ends of described broken shaft 2-9 are provided with clutch shaft bearing 2-4, clutch shaft bearing seat 2-3 and the first lip-shaped sealed ring 2-5, described clutch shaft bearing 2-4 and the first lip-shaped sealed ring 2-5 are all arranged in clutch shaft bearing seat 2-3, described the first lip-shaped sealed ring 2-5 is positioned at the inner side of clutch shaft bearing 2-4, before and after two clutch shaft bearing seat 2-3, be symmetrical arranged, described clutch shaft bearing seat 2-3 is fixedly connected with material storing box casing 1-1 by the second screw 2-2, the clutch shaft bearing seat 2-3 end that is positioned at rear side is fixed with rear side housing 2-1 by the 3rd screw 2-19, the clutch shaft bearing seat 2-3 end that is positioned at front side is fixed with front end cover 2-14 by the 4th screw 2-11, between described front end cover 2-14 and broken shaft 2-9, be provided with spacer 2-13, between described spacer 2-13 and front end cover 2-14, be provided with seal ring 2-12, the front end end of described broken shaft 2-9 is installed with sprocket wheel 2-16 by flat key 2-15, the outer end of described sprocket wheel 2-16 is fixed with back-up ring 2-17 by the 5th screw 2-18, the quantity of described cutter tooth 2-10 is that a plurality of and a plurality of cutter tooth 2-10 are evenly arranged on broken shaft 2-9, between adjacent two cutter tooth 2-10, be provided with cutter tooth spacer 2-8, be positioned at outermost cutter tooth 2-10 by being arranged on cutter tooth interstage sleeve 2-7 and the circlip 2-6 axial location on broken shaft 2-9, described circlip 2-6 is positioned at the outside of cutter tooth interstage sleeve 2-7.In the present embodiment, described broken shaft 2-9 is hexagonal steel broken shaft, described cutter tooth 2-10 is spring plate cutter tooth, described cutter tooth 2-10 is three toothings, the center of described cutter tooth 2-10 is provided with the interior hexagonal hole 2-101(that matches with outer six sides of broken shaft 2-9 as shown in figure 12), realize the radial location of cutter tooth 2-10 and moment of torsion transmission.During work, drive part band movable sprocket 2-16 rotation, sprocket wheel 2-16 drives broken shaft 2-9 and cutter tooth 2-10 rotation, and earth material is broken to (cutting) broken processing, controls the size of broken (cutting) soil crushing with cutter tooth spacer 2-8.
As Figure 13, shown in Figure 15 and Figure 16, described earth material delivery system 3 comprises driving drum 3-3, bend pulley 3-18, belt conveyor 3-4 and carrier roller frame 3-8, the quantity of described carrier roller frame 3-8 is to be symmetrical arranged before and after two and two carrier roller frame 3-8, between two carrier roller frame 3-8 by many spacing axle 3-16 spacings, the two ends of every spacing axle 3-16 are provided with spacing axle 3-16 and two the 6th screw 3-17 that carrier roller frame 3-8 connects as one, the bottom of described carrier roller frame 3-8 is provided with the first bolt 3-7, between two carrier roller frame 3-8, be provided with upper supporting roller 3-5 and snub pulley 3-6, described upper supporting roller 3-5 and snub pulley 3-6 parallel, the quantity of described upper supporting roller 3-5 and snub pulley 3-6 is many, many upper supporting roller 3-5 evenly arrange, many snub pulley 3-6 evenly arrange, described driving drum 3-3 is arranged on the left end of material storing box casing 1-1, described bend pulley 3-18 is arranged on the right-hand member of material storing box casing 1-1, described driving drum 3-3, bend pulley 3-18, upper supporting roller 3-5, snub pulley 3-6 and broken shaft 2-9 all parallel, described driving drum 3-3 and bend pulley 3-18 are connected to form band transmission by belt conveyor 3-4, between the lower surface of the upper surface of described belt conveyor 3-4 and material storing box casing 1-1, there is distance, the two ends of described driving drum 3-3 are provided with the second bearing seat 3-2, described the second bearing seat 3-2 is positioned at the left of carrier roller frame 3-8, on described the second bearing seat 3-2, be provided with the 7th screw 3-1, the two ends of described bend pulley 3-18 are provided with the 3rd bearing seat 3-27, described the 3rd bearing seat 3-27 is arranged on the right-hand member of carrier roller frame 3-8 and is adjusted in the position on carrier roller frame 3-8 by belt conveyor tensioning regulating mechanism, described belt conveyor tensioning regulating mechanism is arranged on the right-hand member end of carrier roller frame 3-8.In the present embodiment, belt conveyor 3-4 is PVC belt conveyor, and driving drum 3-3 adopts oil-cooling electric roll, cylinder surface casting diamond tread design rubber, and carrier roller frame 3-8 adopts channel-section steel, angle steel etc. to be welded.
As Figure 13, shown in Figure 15 and Figure 16, the quantity of described belt conveyor tensioning regulating mechanism is two, before and after two belt conveyor tensioning regulating mechanisms, be symmetrical arranged, described belt conveyor tensioning regulating mechanism comprises first piece 3-9, second piece 3-12, guide plate 3-19, gland 3-11 and tensioning bolt 3-13, the lower end of described first piece 3-9 and second piece 3-12 is all fixedly connected with carrier roller frame 3-8, described first piece 3-9 is positioned at the inner side of second piece 3-12, the upper end of described first piece 3-9 and second piece 3-12 is fixedly connected with the two ends of guide plate 3-19 by the 8th screw 3-10, described gland 3-11 is fixed on the outside of the 3rd bearing seat 3-27 by the 9th screw 3-14, on described gland 3-11, have through hole, the middle part of described second piece 3-12 has tapped bore, described tensioning bolt 3-13 from right to left successively through described tapped bore and described through hole and with described tapped bore incompatible adjusting the 3rd position of bearing seat 3-27 on carrier roller frame 3-8 that match, described the 3rd bearing seat 3-27 is rectangular configuration, match with guide plate 3-19 in the top of described the 3rd bearing seat 3-27, match with carrier roller frame 3-8 in the bottom of described the 3rd bearing seat 3-27, when tensioning bolt 3-13 rotates, the 3rd bearing seat 3-27 is along the channel-section steel sway on guide plate 3-19 and carrier roller frame 3-8, drive bend pulley 3-18 sway, to regulate the degree of tightness of belt conveyor 3-4.
As shown in figure 17, described bend pulley 3-18 comprises flange 3-181, axle 3-182 and step disk 3-184, the quantity of described flange 3-181 is two, two flange 3-181 are welded on respectively the two ends of axle 3-182, the end of described axle 3-182 is positioned at the outside of flange 3-181, described step disk 3-184 is arranged between two flange 3-181 and is welded on axle 3-182, between two flange 3-181, be welded with round steel 3-183, the quantity of described round steel 3-183 is many, many round steel 3-183 evenly arrange around axle 3-182 for mono-week, two the 3rd bearing seat 3-27 are separately positioned on the end, two ends of axle 3-182, in described the 3rd bearing seat 3-27, be provided with the second bearing 3-26 and the second lip-shaped sealed ring 3-28, described the second lip-shaped sealed ring 3-28 is positioned at the inner side of the second bearing 3-26, the end of described the 3rd bearing seat 3-27 is fixed with end cap 3-25 by the tenth screw 3-15.
As shown in Figure 13 and Figure 14, described driving drum 3-3 below is provided with for the cleaning mechanism 6 to belt conveyor 3-4 cleaning, described cleaning mechanism 6 comprises erecting frame 3-23, rubber plate 3-22 and pressing plate 3-21, described rubber plate 3-22 is arranged on upper end one side of erecting frame 3-23, described pressing plate 3-21 is arranged on the outside of rubber plate 3-22 and is fixedly connected with erecting frame 3-23 with pressing plate 3-21 by the 11 screw 3-20, the lower end of described erecting frame 3-23 is provided with waist hole, place, described waist hole is provided with the 12 screw 3-24, waist hole is used for regulating the tightening degree of rubber plate 3-22 and belt conveyor 3-4.
As shown in Figure 5, the quantity of described dividing plate 1-2 is three, and three dividing plate 1-2 uniform weldings, on the inwall of material storing box casing 1-1, have distance between the lower surface of described dividing plate 1-2 and the upper surface of belt conveyor 3-4; Dividing plate 1-2 is used for preventing that FCL earth material from moving ahead with belt conveyor 3-4.
As shown in Figure 7 and Figure 8, front side wall, rear wall, left side wall and the right side wall of described material storing box casing 1-1 lower end are provided with grave mound bar 1-9, insert between material storing box casing 1-1 and belt conveyor 3-4 one end of described grave mound bar 1-9, the other end of described grave mound bar 1-9 inserts between otic placode 1-11 and material storing box casing 1-1, it is upper that described otic placode 1-11 is fixed on material storing box casing 1-1, and described grave mound bar 1-9 is fixed on otic placode 1-11 by the 13 screw 1-10; Grave mound bar 1-9 is in order to prevent that earth material from leaking.
As shown in Fig. 5 and Fig. 7, front side, left side and the right side at the described material storing box casing 1-1 top material storing box that has all been connected through the hinge is increased and is pulled 1-13, reduces complete machine height, during use, material storing box is increased to pull 1-13 and dig locking, increase earth material deposit, prevent that earth material from leaking.
Principle of work of the present utility model is: before use, the utility model is placed on vehicle bridge frame 5, and by the second bolt 1-4, the leg 1-15 on support 1-14 is connected with vehicle bridge frame 5, so that material storing box casing 1-1 is fixed on vehicle bridge frame 5, by the 7th screw 3-1, the second bearing seat 3-2 is connected with vehicle bridge frame 5, by the first bolt 3-7, carrier roller frame 3-8 is connected with vehicle bridge frame 5, the erecting frame 3-23 of cleaning mechanism 6 is fixed on vehicle bridge frame 5 by the 12 screw 3-24 simultaneously.During work, according to the size of required earth material flow, with spanner, rotate adjusting screw(rod) 1-5, the distance with tape measure flashboard 1-8 lower edge to belt conveyor 3-4 surface, when distance reaches setting value, adjusting screw(rod) 1-5 stops operating; Loader is to dress soil in material storing box casing 1-1, and earth material is under the effect of self gravitation, and the belt conveyor 3-4 falling below material storing box casing 1-1 is upper, below belt conveyor 3-4 with upper supporting roller 3-5 supporting.Control the rotation of driving drum 3-3 anticlockwise direction, drive belt conveyor 3-4 motion, belt conveyor 3-4 drives upper supporting roller 3-5, bend pulley 3-18 and snub pulley 3-6 to rotate, the earth material in material storing box casing 1-1 with belt conveyor 3-4 to left movement, from discharging opening, export, with variable-frequency governor, regulate the rotating speed of driving drum 3-3, to regulate the speed of belt conveyor 3-4, control the operational throughput of earth material.Dividing plate 1-2 stop earth material in material storing box casing 1-1 with belt conveyor 3-4 to left movement, prevent that earth material left end in material storing box casing 1-1 from piling up, leaking.Meanwhile, the rotation of the drive part band movable sprocket 2-16 anticlockwise direction of earth material crushing mechanism, sprocket wheel 2-16 drives broken shaft 2-9 and the rotation of cutter tooth 2-10 anticlockwise direction, and cutter tooth 2-10 carries out " cutting " broken processing to soil block larger in earth material.Hopper wall vibrator 1-3 excites the front and back sidewall of material storing box casing 1-1 etc. to vibrate, and prevent that the front and back sidewall etc. of earth material and material storing box casing 1-1 from boning, and the earth material accelerating in material storing box casing 1-1 falls; Rubber plate 3-22, for striking off the bonding earth material on belt conveyor 3-4, keeps belt conveyor 3-4 surface cleaning.
The above; it is only preferred embodiment of the present utility model; not the utility model is imposed any restrictions; every any simple modification, change and equivalent structure transformation of above embodiment being done according to the utility model technical spirit, all still belongs in the protection domain of technical solutions of the utility model.
Claims (10)
1. an earth material storing, fragmentation and carry set composite, it is characterized in that: comprise support (1-14), earth material material storing box (1), earth material crushing mechanism (2) and earth material delivery system (3), described earth material material storing box (1) is arranged on support (1-14), described earth material delivery system (3) is arranged on the below of earth material material storing box (1), and described earth material crushing mechanism (2) is arranged on the discharging opening place of the upper and close earth material material storing box (1) of earth material material storing box (1), described earth material material storing box (1) comprises material storing box casing (1-1), described material storing box casing (1-1) is arranged on support (1-14), described material storing box casing (1-1) is without bottom structure, in described material storing box casing (1-1), be provided with dividing plate (1-2), the front side wall of described material storing box casing (1-1) and rear wall are the outward-dipping sloped sidewall in upper end, hopper wall vibrator (1-3) is all installed on the front side wall of described material storing box casing (1-1) and rear wall, described earth material crushing mechanism (2) is arranged on material storing box casing (1-1) and for the earth material for the treatment of discharging is carried out to fragmentation, the discharging opening place of described material storing box casing (1-1) is provided with earth material discharge gate (4).
2. according to a kind of earth material storing claimed in claim 1, fragmentation and conveying set composite, it is characterized in that: described earth material discharge gate (4) comprises flashboard (1-8), cover plate (1-6) and adjusting screw(rod) (1-5), described flashboard (1-8) is arranged on the discharging opening place in material storing box casing (1-1), described cover plate (1-6) is fixed on material storing box casing (1-1) by the first screw (1-7), described cover plate (1-6) is positioned at the top of flashboard (1-8), on described cover plate (1-6), have through hole, on described flashboard (1-8), have tapped bore, described adjusting screw(rod) (1-5) passes described through hole and described tapped bore from top to bottom and matches with tapped bore.
3. according to a kind of earth material storing claimed in claim 1, fragmentation and conveying set composite, it is characterized in that: described earth material crushing mechanism (2) comprises broken shaft (2-9) and cutter tooth (2-10), described broken shaft (2-9) is arranged on the discharging opening place of material storing box casing (1-1), the two ends of described broken shaft (2-9) are provided with clutch shaft bearing (2-4), clutch shaft bearing seat (2-3) and the first lip-shaped sealed ring (2-5), described clutch shaft bearing (2-4) and the first lip-shaped sealed ring (2-5) are all arranged in clutch shaft bearing seat (2-3), described the first lip-shaped sealed ring (2-5) is positioned at the inner side of clutch shaft bearing (2-4), before and after two clutch shaft bearing seats (2-3), be symmetrical arranged, described clutch shaft bearing seat (2-3) is fixedly connected with material storing box casing (1-1) by the second screw (2-2), clutch shaft bearing seat (2-3) end that is positioned at rear side is fixed with rear side housing (2-1) by the 3rd screw (2-19), clutch shaft bearing seat (2-3) end that is positioned at front side is fixed with front end cover (2-14) by the 4th screw (2-11), between described front end cover (2-14) and broken shaft (2-9), be provided with spacer (2-13), between described spacer (2-13) and front end cover (2-14), be provided with seal ring (2-12), the front end end of described broken shaft (2-9) is installed with sprocket wheel (2-16) by flat key (2-15), the outer end of described sprocket wheel (2-16) is fixed with back-up ring (2-17) by the 5th screw (2-18), the quantity of described cutter tooth (2-10) is that a plurality of and a plurality of cutters tooth (2-10) are evenly arranged on broken shaft (2-9), between adjacent two cutters tooth (2-10), be provided with cutter tooth spacer (2-8), be positioned at outermost cutter tooth (2-10) by being arranged on cutter tooth interstage sleeve (2-7) and circlip (2-6) axial location on broken shaft (2-9), described circlip (2-6) is positioned at the outside of cutter tooth interstage sleeve (2-7).
4. according to a kind of earth material storing claimed in claim 3, fragmentation and conveying set composite, it is characterized in that: described earth material delivery system (3) comprises driving drum (3-3), bend pulley (3-18), belt conveyor (3-4) and carrier roller frame (3-8), the quantity of described carrier roller frame (3-8) is to be symmetrical arranged before and after two and two carrier roller frames (3-8), between two carrier roller frames (3-8) by many spacing axles (3-16) spacing, the two ends of every spacing axle (3-16) are provided with the 6th screw (3-17) that spacing axle (3-16) and two carrier roller frames (3-8) are connected as one, the bottom of described carrier roller frame (3-8) is provided with the first bolt (3-7), between two carrier roller frames (3-8), be provided with upper supporting roller (3-5) and snub pulley (3-6), described upper supporting roller (3-5) and snub pulley (3-6) parallel, the quantity of described upper supporting roller (3-5) and snub pulley (3-6) is many, many upper supporting rollers (3-5) evenly arrange, many snub pulleys (3-6) evenly arrange, described driving drum (3-3) is arranged on the left end of material storing box casing (1-1), described bend pulley (3-18) is arranged on the right-hand member of material storing box casing (1-1), described driving drum (3-3), bend pulley (3-18), upper supporting roller (3-5), snub pulley (3-6) and broken shaft (2-9) all parallel, described driving drum (3-3) and bend pulley (3-18) are connected to form band transmission by belt conveyor (3-4), between the lower surface of the upper surface of described belt conveyor (3-4) and material storing box casing (1-1), there is distance, the two ends of described driving drum (3-3) are provided with the second bearing seat (3-2), described the second bearing seat (3-2) is positioned at the left of carrier roller frame (3-8), on described the second bearing seat (3-2), be provided with the 7th screw (3-1), the two ends of described bend pulley (3-18) are provided with the 3rd bearing seat (3-27), described the 3rd bearing seat (3-27) is arranged on the right-hand member of carrier roller frame (3-8) and is adjusted in the position on carrier roller frame (3-8) by belt conveyor tensioning regulating mechanism, described belt conveyor tensioning regulating mechanism is arranged on the right-hand member end of carrier roller frame (3-8).
5. according to a kind of earth material storing claimed in claim 4, fragmentation and conveying set composite, it is characterized in that: the quantity of described belt conveyor tensioning regulating mechanism is two, before and after two belt conveyor tensioning regulating mechanisms, be symmetrical arranged, described belt conveyor tensioning regulating mechanism comprises first piece (3-9), second piece (3-12), guide plate (3-19), gland (3-11) and tensioning bolt (3-13), the lower end of described first piece (3-9) and second piece (3-12) is all fixedly connected with carrier roller frame (3-8), described first piece (3-9) is positioned at the inner side of second piece (3-12), the upper end of described first piece (3-9) and second piece (3-12) is fixedly connected with the two ends of guide plate (3-19) by the 8th screw (3-10), described gland (3-11) is fixed on the outside of the 3rd bearing seat (3-27) by the 9th screw (3-14), on described gland (3-11), have through hole, the middle part of described second piece (3-12) has tapped bore, described tensioning bolt (3-13) from right to left successively through described tapped bore and described through hole and with described tapped bore incompatible adjusting the 3rd position of bearing seat (3-27) on carrier roller frame (3-8) that match, described the 3rd bearing seat (3-27) is rectangular configuration, match with guide plate (3-19) in the top of described the 3rd bearing seat (3-27), match with carrier roller frame (3-8) in the bottom of described the 3rd bearing seat (3-27).
6. according to a kind of earth material storing claimed in claim 4, fragmentation and conveying set composite, it is characterized in that: described bend pulley (3-18) comprises flange (3-181), axle (3-182) and step disk (3-184), the quantity of described flange (3-181) is two, two flanges (3-181) are welded on respectively the two ends of axle (3-182), the end of described axle (3-182) is positioned at the outside of flange (3-181), described step disk (3-184) is arranged between two flanges (3-181) and is welded on axle (3-182), between two flanges (3-181), be welded with round steel (3-183), the quantity of described round steel (3-183) is many, many round steel (3-183) evenly arrange around axle (3-182) for one week, two the 3rd bearing seats (3-27) are separately positioned on the end, two ends of axle (3-182), in described the 3rd bearing seat (3-27), be provided with the second bearing (3-26) and the second lip-shaped sealed ring (3-28), described the second lip-shaped sealed ring (3-28) is positioned at the inner side of the second bearing (3-26), the end of described the 3rd bearing seat (3-27) is fixed with end cap (3-25) by the tenth screw (3-15).
7. according to a kind of earth material storing claimed in claim 4, fragmentation and conveying set composite, it is characterized in that: described driving drum (3-3) below is provided with for the cleaning mechanism (6) to belt conveyor (3-4) cleaning, described cleaning mechanism (6) comprises erecting frame (3-23), rubber plate (3-22) and pressing plate (3-21), described rubber plate (3-22) is arranged on upper end one side of erecting frame (3-23), described pressing plate (3-21) is arranged on the outside of rubber plate (3-22) and is fixedly connected with erecting frame (3-23) with pressing plate (3-21) by the 11 screw (3-20), the lower end of described erecting frame (3-23) is provided with waist hole, place, described waist hole is provided with the 12 screw (3-24).
8. according to a kind of earth material storing claimed in claim 4, fragmentation and conveying set composite, it is characterized in that: the quantity of described dividing plate (1-2) is three, three dividing plates (1-2) uniform welding, on the inwall of material storing box casing (1-1), has distance between the lower surface of described dividing plate (1-2) and the upper surface of belt conveyor (3-4).
9. according to a kind of earth material storing claimed in claim 4, fragmentation and conveying set composite, it is characterized in that: the front side wall of described material storing box casing (1-1) lower end, rear wall, left side wall and right side wall are provided with grave mound bar (1-9), insert between material storing box casing (1-1) and belt conveyor (3-4) one end of described grave mound bar (1-9), the other end of described grave mound bar (1-9) inserts between otic placode (1-11) and material storing box casing (1-1), described otic placode (1-11) is fixed on material storing box casing (1-1), described grave mound bar (1-9) is fixed on otic placode (1-11) by the 13 screw (1-10).
10. according to a kind of earth material storing claimed in claim 1, fragmentation and carry set composite, it is characterized in that: front side, left side and the right side at described material storing box casing (1-1) the top material storing box that has all been connected through the hinge is increased and pulled (1-13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320682160.XU CN203512423U (en) | 2013-10-30 | 2013-10-30 | Earth material storing, crushing and conveying combined device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320682160.XU CN203512423U (en) | 2013-10-30 | 2013-10-30 | Earth material storing, crushing and conveying combined device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203512423U true CN203512423U (en) | 2014-04-02 |
Family
ID=50371390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320682160.XU Expired - Fee Related CN203512423U (en) | 2013-10-30 | 2013-10-30 | Earth material storing, crushing and conveying combined device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203512423U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104925489A (en) * | 2015-06-19 | 2015-09-23 | 重庆市瑞轩豪邦新型建材有限公司 | Box type feeder |
| CN105129328A (en) * | 2015-10-13 | 2015-12-09 | 安徽攀登重工股份有限公司 | Quick disassembly and assembly annular walled rubber belt feeder |
| CN108974842A (en) * | 2018-09-26 | 2018-12-11 | 南京林业大学 | A kind of bamboo wood self-grading device |
| CN110420724A (en) * | 2018-01-15 | 2019-11-08 | 许崇兰 | A kind of Pharmacy's Chinese medicine transmission mixing crushing apparatus |
| CN111903391A (en) * | 2020-08-21 | 2020-11-10 | 刘炳友 | Forestry seedling cup soil material loads device |
-
2013
- 2013-10-30 CN CN201320682160.XU patent/CN203512423U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104925489A (en) * | 2015-06-19 | 2015-09-23 | 重庆市瑞轩豪邦新型建材有限公司 | Box type feeder |
| CN105129328A (en) * | 2015-10-13 | 2015-12-09 | 安徽攀登重工股份有限公司 | Quick disassembly and assembly annular walled rubber belt feeder |
| CN110420724A (en) * | 2018-01-15 | 2019-11-08 | 许崇兰 | A kind of Pharmacy's Chinese medicine transmission mixing crushing apparatus |
| CN110420724B (en) * | 2018-01-15 | 2020-12-08 | 亳州市贡药饮片厂 | Pharmacy department mixes comminution device with traditional chinese medicine conveying |
| CN108974842A (en) * | 2018-09-26 | 2018-12-11 | 南京林业大学 | A kind of bamboo wood self-grading device |
| CN111903391A (en) * | 2020-08-21 | 2020-11-10 | 刘炳友 | Forestry seedling cup soil material loads device |
| CN111903391B (en) * | 2020-08-21 | 2022-05-20 | 刘炳友 | Forestry seedling cup soil material loads device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203512423U (en) | Earth material storing, crushing and conveying combined device | |
| CN206071061U (en) | Multifunction cement conveyer device | |
| CN105672390A (en) | Riverway chain bucket type dredging ship and dredging construction method thereof | |
| CN206242315U (en) | Waste or used plastics flour mill is used in a kind of PVC building templates production | |
| CN204309097U (en) | Tubular pile stirring station feeding system | |
| CN214416480U (en) | Waste material processing apparatus for civil engineering | |
| CN106276056B (en) | Multi-segmental combined type earthwork perpendicular lifting apparatus | |
| CN115985175B (en) | Multistage mountain region disaster chain analogue test device | |
| CN108018830A (en) | A kind of gravity type cemented gravel dam and its construction method | |
| CN210434599U (en) | Building waste crushing treatment device | |
| CN218423128U (en) | Garbage collection device for building engineering | |
| CN214773041U (en) | Water conservancy dykes and dams construction building material feeding device | |
| CN202728978U (en) | Radial gate feeder capable of preventing material blocking | |
| CN216238000U (en) | Medium grain type modified asphalt concrete highway pavement construction device | |
| CN215247487U (en) | Waste recycling and arranging device for civil engineering construction | |
| CN215329940U (en) | Deep-digging foundation pit detection layered leveling backfill device | |
| CN214605172U (en) | Complete equipment for preparing liquefied consolidated soil from waste residue soil | |
| CN212294262U (en) | Brick paving device for landscaping | |
| CN211099532U (en) | A flotation device for building rubbish crushed aggregates | |
| CN212554410U (en) | Concrete mixing device for construction | |
| CN211571723U (en) | Fluidized soil construction equipment | |
| CN209040844U (en) | Pin-connected panel shield dregs pond | |
| CN216689409U (en) | Portable foundation ditch dispersion slip casting device | |
| CN214242993U (en) | Energy-concerving and environment-protective type cement stabilization rubble conveyer | |
| CN206448352U (en) | A kind of anti-running gear for hanging film device of trailing type cesspool sealing |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140402 Termination date: 20171030 |