CN105689080A

CN105689080A - Material mixing station for LID soil changing and filling engineering

Info

Publication number: CN105689080A
Application number: CN201610234016.8A
Authority: CN
Inventors: 马春鸿; 李德学; 姬志斌; 袁毅; 李波; 徐留军; 马俊鸽; 孙洪彬
Original assignee: Henan Traffic Construction Engineering Co Ltd
Current assignee: Henan Traffic Construction Engineering Co Ltd
Priority date: 2016-04-16
Filing date: 2016-04-16
Publication date: 2016-06-22
Anticipated expiration: 2036-04-16
Also published as: CN105689080B

Abstract

A material mixing station for LID soil changing and filling engineering comprises a coir block pulverizing system, a soil block pulverizing system, a proportioning system and a screening system. The material mixing station is high in automation degree and reliable in work. Coir blocks and soil blocks are respectively cut and pulverized by the coir block pulverizing system and the soil block pulverizing system, so that the material pulverizing effect is good, pulverizing efficiency is high, feeding amount is adjusted through a feeding amount adjusting device, material blockage is avoided, through the proportioning system, the materials are mixed and proportioned evenly, by a scrap iron adsorption device, scrap iron mixed in the materials can be adsorbed, by a third shifting device, accumulation of the coir blocks is avoided, therefore, the material mixing station works stably, the materials of which grain sizes meet requirements are screened from a screening discharge hole in a screening process, and large granular materials are discharged via a guiding box and is reused. By an anti-blockage device, the screening effect is good, and work efficiency is improved.

Description

LID changes fill construction material mixing station

Technical field

The invention belongs to engineering material mix technical field, particularly relate to a kind of LID and change fill construction material mixing station。

Background technology

Low impact exploitation, it is called for short LID, the full name of its English is LowImpactDevelopment, it is the Storm Water Management developed late 1990s and pollution of area source treatment technology, it is intended to by scattered, small-scale Sources controlling reaches the control to runoff produced by heavy rain and pollution, makes development area as far as possible close to natural hydrologic cycle。Low impact exploitation (LID) is a kind of ecological technique system that can easily realize urban rainwater collection utilization, and it it is critical only that original position collection, self-purification, nearby utilization or covering subsoil water。Low impact exploitation (LID) is that one is emphasized by the scattered small-sized control facility in source, maintains and protection place nature Hydrological Function, effectively alleviates the urban rainwater that crest discharge increases, runoff coefficient increases, non-point source pollution loading the increases the weight of management theory that Permeable stratum area increase causes。Low impact exploitation (LID) is detained the measures such as facility, roof greening, Glassed swale, rainwater utilization and is maintained the front original hydrologic condition of exploitation mainly through biology, controls runoff pollution, reduces disposal of pollutants, it is achieved the sustainable water circulation in developing zone。Low impact exploitation (LID) emphasizes that cities and towns exploitation should reduce the impact to environment, its core is based on Sources controlling and delays the theory of impact load, the urban drainage system built and naturally adapt, Appropriate application landscape and take corresponding measure that storm runoff is controlled, reduces cities and towns pollution of area source。

LID changes fill construction material and is mainly made up of coconut palm bran block, soil and sand, and coconut palm bran is cocoanut husk fiber dust, be the one under coming off from cocoanut husk fiber process can Natural Degradation, the organic medium of pure natural。Backing out coconut palm bran in processing coconut shred process is placed on outdoor place, after Exposure to Sunlight and drenching with rain etc. processes, reduces its salinity and conductivity, coconut palm bran is very suitable for cultivating plant, after using coconut palm bran to cultivate plant, the root system of plant increases very fast, is conducive to the growth of plant。Using coconut palm bran as in the process of culture matrix, coconut palm bran is needed to mix with soil and sand, and it is sieved into the granular size that meets the requirements, presently, it is generally adopted and manually coconut palm bran block and soil block is pulverized, mixing match and screening, waste time and energy, and existing reducing mechanism is when pulverizing coconut palm bran block and soil block, crushing effect is bad, coconut palm bran and soil often granule size after pulverizing differ, coconut palm bran is caused to mix inequality with soil and sand, and coconut palm bran block and soil block need to can be only achieved requirement through repeated multiple times pulverizing back and forth, so easily cause accumulation, have impact on the seriality of crushing process, also reduce crush efficiency simultaneously。Existing matching device; mixing match weak effect, mixed proportion is uneven, it is easy to feed blocking occurs; inefficiency; existing screening plant, in the process of screening, it is easy to feed blocking occurs; screening effect is poor; and when the large granular materials retained in sieve nest is too much, it is necessary to shut down and carry out labor cleaning, add labor intensity。

Summary of the invention

The present invention is to solve weak point of the prior art, it is provided that a kind of automaticity height, reliable operation, work efficiency height, good crushing effect, inlet amount is adjustable, mixing of materials proportioning is uniform, screening effect good, avoid screen plugging LID to change fill construction material mixing station。

For solving above-mentioned technical problem, the present invention adopts the following technical scheme that LID changes fill construction material mixing station, including coconut palm bran block crushing system, soil block crushing system, feed proportioning system and screening system, coconut palm bran block crushing system includes the first fixed mount in cuboid frame structure, the first hopper that upper and lower side is all uncovered it is provided with in first fixed mount, the cross section of the first hopper is square, the pyramidal structure that first hopper is big up and small down, first hopper upper end is the first charging aperture, first hopper bottom is provided with charging quantity regulating device and the first poking device, charging quantity regulating device is positioned at above the first poking device, the material toggling working position of the first poking device is in the first hopper, first hopper is connected with the first bracing frame, first bracing frame is provided with coconut palm bran block pulverizer, coconut palm bran block pulverizer top is provided with opening and is connected with the first hopper lower port, coconut palm bran block pulverizer bottom is provided with the first discharging opening；

First poking device includes the first material toggling main shaft, first linear type rod for stiring materials and the first hold-down support, first material toggling main shaft is horizontally disposed with in left-right direction, first material toggling main shaft two ends are rotatably connected on the first fixed mount respectively through a first material toggling bearing block, first linear type rod for stiring materials is disposed in an evenly spaced relation on the first material toggling main shaft along the first material toggling main axis length direction, first linear type rod for stiring materials is each perpendicular to the first material toggling main shaft, the straight line at adjacent two first linear type rod for stiring materials places is mutually perpendicular to, the midpoint of every first linear type rod for stiring materials is positioned on the centrage of the first material toggling main shaft, first hold-down support is located on the first fixed mount, first hold-down support is provided with the first drive motor, the output shaft of the first drive motor is connected by the first shaft coupling and the first material toggling spindle drive；

Coconut palm bran block pulverizer includes cylindrical circular first housing, first housing is fixed on the first bracing frame, the centrage of the first housing is arranged along left and right horizontal direction, first housing upper offers water inlet, water inlet and the first housing cavity are connected, first bracing frame is provided with the first crushing shaft bearing of the first hull outside both sides, wear and be rotatably connected to the first pulverizing main shaft between two the first crushing shaft bearings, first pulverizes main shaft is positioned on the centrage of the first housing, first pulverizes main shaft left end is connected with the first belt pulley being positioned on the left of the first crushing shaft bearing, first bracing frame is provided with second drive motor in the first housing front, the output shaft of the second drive motor is connected with the second belt pulley, first belt pulley and the second belt pulley are connected by the first belt transmission, first pulverizes main shaft is provided with the first baffle plate of structure in disk form along left and right horizontal direction uniform intervals, first pulverizes the main shaft center through the first baffle plate, on the right flank of each first baffle plate, along the circumferential direction uniform intervals is provided with four the first sharfs, adjacent two the first sharfs are respectively equipped with parallel with the first baffle plate piece the first crushing vane and two piece of second crushing vane, first crushing vane and the second crushing vane are the rectangular configuration that structure is identical, two piece of first crushing vane is parallel to each other, four piece of second crushing vane is parallel to each other, the straight line at the length direction place of the first crushing vane and the second crushing vane is mutually perpendicular to, between the plane at the first crushing vane place two piece of second crushing vane on same first sharf, first crushing vane is the outside in region between two piece of second crushing vane；

Soil block crushing system includes the second fixed mount in cuboid frame structure, the second hopper that upper and lower side is all uncovered it is provided with in second fixed mount, the cross section of the second hopper is square, the pyramidal structure that second hopper is big up and small down, second hopper upper end is the second charging aperture, second hopper bottom is provided with the second poking device, the material toggling working position of the second poking device is in the second hopper, second hopper is connected with the second bracing frame, second poking device is located on the second bracing frame, second bracing frame is provided with the soil block pulverizer at the second poking device rear, soil block pulverizer bottom is provided with the second discharging opening；

Second poking device includes rotating disk and worm reduction gear, worm reduction gear power input shaft arranges forward and is connected to driven pulley, the 3rd drive motor it is provided with on the right side of worm reduction gear, the output shaft of the 3rd drive motor arranges and is connected to driving pulley forward, driving pulley and driven pulley are connected by transmission V belt translation, the output shaft of worm reduction gear is vertically arranged, rotating disk level is fixedly connected on the output shaft upper end of worm reduction gear, rotating disk is provided with the material toggling block in positive tetrahedron structure, material toggling block bottom surface is fixing to be located on disk upper surface, the vertical centrage of material toggling block, the centrage of the center of rotating disk and the output shaft of worm reduction gear is respectively positioned on same straight line, it is respectively perpendicular in the middle part of upward three sides of material toggling block and is provided with L-type rod for stiring materials, L-type rod for stiring materials two ends are fixedly connected with on material toggling block surface, the plane at L-type rod for stiring materials entirety place is vertical, the area of rotating disk is more than the area of the second hopper lower ending opening, second hopper bottom is arranged with rubber ring, rubber ring lower surface contacts with disk upper surface, the rear lateral portion correspondence of rubber ring and the second hopper offers breach, it is connected by stock guide between breach and the import of soil block pulverizer；

Soil block pulverizer includes cylindrical circular second housing, second housing is fixed on the second bracing frame, the centrage of the second housing is arranged along left and right horizontal direction, second bracing frame is provided with the second crushing shaft bearing of the second hull outside both sides, wear and be rotatably connected to the second pulverizing main shaft between two the second crushing shaft bearings, second pulverizes main shaft is positioned on the centrage of the second housing, second pulverizes main shaft left end is connected with the 3rd belt pulley being positioned on the left of the second crushing shaft bearing, second bracing frame is provided with the 4th drive motor in the second housing front, the output shaft of the 4th drive motor is connected with the 4th belt pulley, 3rd belt pulley and the 4th belt pulley are connected by the second belt transmission, second pulverizes main shaft is provided with the second baffle of structure in disk form along left and right horizontal direction uniform intervals, second pulverizes the main shaft center through second baffle, on the right flank of each second baffle, along the circumferential direction uniform intervals is provided with four the second sharfs, adjacent two the second sharfs are respectively equipped with parallel with second baffle piece the 3rd crushing vane and two piece of the 4th crushing vane, 3rd crushing vane and the 4th crushing vane are the rectangular configuration that structure is identical, two piece of the 3rd crushing vane is parallel to each other, four piece of the 4th crushing vane is parallel to each other, the straight line at the length direction place of the 3rd crushing vane and the 4th crushing vane is mutually perpendicular to, between the plane at the 3rd crushing vane place two piece of the 4th crushing vane on same second sharf, 3rd crushing vane outside in region between two piece of the 4th crushing vane；

Feed proportioning system includes the 3rd fixed mount being arranged side by side from left to right, 4th fixed mount and the 5th fixed mount, 3rd fixed mount, 4th fixed mount and the 5th fixed mount are all in cuboid frame structure, 3rd fixed mount, it is correspondingly provided with, in 4th fixed mount and the 5th fixed mount, the 3rd hopper that upper and lower side is all uncovered respectively, 4th hopper and the 5th hopper, 3rd hopper, the cross section of the 4th hopper and the 5th hopper is square and big up and small down pyramidal structure, 3rd hopper, upper end respectively the 3rd charging aperture of the 4th hopper and the 5th hopper, 4th charging aperture and the 5th charging aperture, 3rd hopper, the lower end of the 4th hopper and the 5th hopper is equipped with a feed opening, a material amount control device it is correspondingly provided with respectively below three feed openings, 5th hopper bottom is provided with the 3rd poking device above material amount control device, the material toggling working position of the 3rd poking device is in the 5th hopper；

Each material amount control device all includes frequency conversion motor, conveyer belt, two the first guide rollers, one group of second guide roller and framework, two the first guide rollers are parallel along anterior-posterior horizontal direction respectively and all rotate and be arranged on framework, conveyer belt is wrapped between two the first guide rollers along left and right horizontal direction, three material amount control device respective framework levels respectively are located at the 3rd fixed mount, on 4th fixed mount and the 5th fixed mount, second guide roller is disposed in an evenly spaced relation between two the first guide rollers along left and right horizontal direction, second guide roller is parallel with the first guide roller, frequency conversion motor and one of them first guide roller are in transmission connection；

3rd poking device includes the second material toggling main shaft, second linear type rod for stiring materials and the second hold-down support, second material toggling main shaft is horizontally disposed with in left-right direction, second material toggling main shaft two ends are rotatably connected on the 5th fixed mount respectively through a second material toggling bearing block, second linear type rod for stiring materials is disposed in an evenly spaced relation on the second material toggling main shaft along the second material toggling main axis length direction, second linear type rod for stiring materials is each perpendicular to the second material toggling main shaft, the straight line at adjacent two second linear type rod for stiring materials places is mutually perpendicular to, the midpoint of every second linear type rod for stiring materials is positioned on the centrage of the second material toggling main shaft, second hold-down support is located on the 5th fixed mount, second hold-down support is provided with the 5th drive motor, the output shaft of the 5th drive motor is connected by the second shaft coupling and the second material toggling spindle drive；

Screening system includes rotary screen, screening hopper and the 3rd bracing frame, rotary screen is provided with preventing clogging up device, rotary screen includes screening rotating shaft, sieve nest and screen cloth, screening hopper upper and lower side is all uncovered and is arranged in the 3rd bracing frame, screening hopper top is left low right high ramp structure, screening hopper lower end is provided with screening discharging opening, the cylindrical frame structure of sieve nest and left low right high dip are arranged on screening hopper top, two ends, sieve nest left and right are equipped with installing rack, screening rotating shaft two ends are rotatably connected on installing rack respectively, screen cloth is wrapped in sieve nest outer surface, the installing rack on right side offers screening charging aperture, 3rd bracing frame is respectively arranged on the left side and the right side a mounting seat, each mounting seat is equipped with screening bearing spider, screening rotating shaft two ends are stretched out installing rack and are rotatably connected on screening bearing spider by bearing, it is positioned at the mounting seat on the left of the 3rd bracing frame and is provided with the 6th drive motor, the output shaft of the 6th drive motor is connected with screening rotating shaft transmission by universal joint, the guide case below mounting seat it is provided with on the left of 3rd bracing frame, in face of guide bottom, after height, low dip is arranged, on rear side of guide lower box part uncovered, uncovered and with left side the installing rack in guide box top is corresponding up and down；

Preventing clogging up device includes four first columns being located on the 3rd bracing frame, four first columns are correspondingly arranged at the both sides, front and back at two ends, sieve nest left and right, it is provided with the second column between two first columns in left side, first column and the second column are equipped with mounting disc, the mounting disc of each first column is respectively equipped with a fixed bearing block, it is rotatably connected to and the first leading screw sieving shaft parallel respectively through bearing between two fixed bearing blocks on front side of sieve nest and between two fixed bearing blocks of rear side, screening rotating shaft and two first leading screws are positioned in approximately the same plane, the mounting disc of the second column is provided with clockwise and anticlockwise motor, the output shaft of clockwise and anticlockwise motor is connected to power transmission shaft by the 3rd shaft coupling transmission, power transmission shaft is provided with the first gear, it is engaged with second gear with rear side transmission respectively on front side of first gear, the structure of two the second gears is all identical with size, two the second gears are correspondingly arranged on the first leading screw of both sides before and after sieve nest respectively, threaded on two first leading screws have the circular disk being positioned at the first gear right, circular disk is enclosed within outside sieve nest, circular disk inwall is provided with a circle annular brush, annular brush and screen cloth exterior surface；

It is provided with the first belt conveyor between first discharging opening and the 5th charging aperture, first belt conveyor is low early and high after to be obliquely installed, it is provided with the second belt conveyor between second discharging opening and the 4th charging aperture, second belt conveyor is low early and high after to be obliquely installed and parallel with the first belt conveyor, three material amount control devices are connected with the 3rd belt conveyor, 3rd belt conveyor is arranged along left and right horizontal direction, 3rd belt conveyor left end is provided with the 4th belt conveyor, 4th belt conveyor right low left high is obliquely installed, it is provided with the first support bar bottom 4th belt conveyor, 4th belt conveyor right-hand member and the linking of the 3rd belt conveyor left end, 4th belt conveyor left part extend in screening charging aperture, the 5th belt conveyor it is provided with on the left of screening system, 5th belt conveyor right low left high is obliquely installed, it is provided with the second support bar bottom 5th belt conveyor, 5th belt conveyor right-hand member is positioned at below screening discharging opening, it is provided with the 4th bracing frame on the left of 5th belt conveyor, 4th bracing frame is provided with blender, 5th belt conveyor left end gos deep into the charging aperture of blender, it is provided with the 6th belt conveyor on the left of 4th bracing frame, it is provided with the 3rd support bar bottom 6th belt conveyor, 6th belt conveyor right-hand member is positioned at below the discharging opening of blender。

Charging quantity regulating device includes striker plate, striker plate is horizontally disposed with, the inwall of the first left and right sides, hopper bottom is provided with slide rail, the striker plate left and right sides is slidably connected in slide rail, portable plate it is provided with on front side of striker plate, portable plate is parallel with the first hopper front side wall, edge, portable plate upper end and the first edge, hopper upper end flush, the portable plate left and right sides is equipped with the compensating wear-resistant sealing strip being slidably matched with the first hopper left side wall and right side wall, and portable plate front surface left part and right part are respectively equipped with one group of governor motion；

Governor motion includes regulating bearing, slide-bar and the second leading screw, regulate bearing and be fixed on the first fixed mount, regulate bearing and be provided with cylindrical hole along anterior-posterior horizontal direction, slide-bar is slidably connected in cylindrical hole along anterior-posterior horizontal direction, slide-bar rear end is stretched out adjustment bearing and fixing with portable plate is connected, slide-bar front end offers ball head nest, bulb it is rotatably connected in ball head nest, second leading screw is coaxial to be plugged in cylindrical hole and threadeds with regulating bearing front inner wall, bulb front portion connects by studs and the second leading screw rear end are fixing, second leading screw front end is provided with regulating the hands wheel in bearing front, slide-bar front end is fixedly connected with, by installing bolt, the installation lid being limited in by bulb in ball head nest, regulate inwall in the middle part of bearing and be provided with a projection, slide-bar surface offers the chute being slidably matched with projection along anterior-posterior horizontal direction, regulate bearing sidepiece and offer the screwed hole connected with cylindrical hole, screwed hole female thread connects the clamping screw for pushing up pressure locking slide-bar。

First linear type rod for stiring materials is fixed on the first material toggling main shaft by the first countersunk head screw, and second linear type rod for stiring materials is fixed on the second material toggling main shaft by the second countersunk head screw。

First belt conveyor and the second belt conveyor are respectively equipped with iron shaving adsorption apparatus, each iron shaving adsorption apparatus includes electric magnet, the 7th drive motor and support, two respective supports of iron shaving adsorption apparatus are separately positioned on the first belt conveyor and the second belt conveyor both sides, horizontally disposed absorption rotating shaft it is rotatably connected between support, the cylindrical structure of electric magnet is also arranged in absorption rotating shaft, and absorption rotating shaft one end is in transmission connection by adsorbing shaft coupling and the 7th drive motor。

First crushing vane and the side of the second crushing vane, the lateral edges of material toggling block, the side of L-type rod for stiring materials and the 3rd crushing vane and the 4th crushing vane are disposed as edge structure。

Adopting technique scheme, the present invention has the following technical effect that

1, in the present invention, the specific works principle of coconut palm bran block crushing system is: start the first drive motor and the second drive motor, first drive motor drives the first poking device operating, second drive motor drives the operating of coconut palm bran block pulverizer by the first belt pulley and the second belt pulley, then coconut palm bran block is sent in the first hopper from the first charging aperture, first material toggling main shaft drives first linear type rod for stiring materials to rotate together with, under the effect of first linear type rod for stiring materials, the coconut palm bran block of bulk is divided into the coconut palm bran block of fritter, form primary comminution, fritter coconut palm bran block after primary comminution enters in coconut palm bran block pulverizer, first pulverizes main shaft drives first gear plate high speed rotating, coconut palm bran block pulverizer inner chamber is divided into multiple comminuting space by the first the first baffle plate pulverized on main shaft, the coconut palm bran block of fritter is carried out cutting and grinding by the first crushing vane and the second crushing vane on each first baffle plate side, the coconut palm bran block of fritter is ground into the coconut palm bran granule of the granular size that meets the requirements the most at last, and discharge from the first discharging opening, it is transported to the 5th charging aperture by the first belt conveyor, first crushing vane and the second crushing vane side are disposed as edge structure, so it is greatly improved the cutting and grinding effect to coconut palm bran block；The inlet amount of the first hopper can be adjusted by the present invention by charging quantity regulating device, the excessive generation blocking of inlet amount or material is avoided to overflow the first hopper, the concrete adjustment process of inlet amount is: unscrew clamping screw, rotation hands is taken turns, handwheel drives the second screw turns, owing to the second leading screw and adjustment bearing are threaded, second leading screw is moved rearwards by, second leading screw promotes slide-bar by bulb, owing to slide-bar and bulb are rotationally connected, and regulate in the chute that the projection on bearing inwall is slidably connected at slide-bar sidepiece, therefore the degree of freedom that slide-bar is circumferentially rotated is limited, slide-bar promotes portable plate and striker plate, striker plate is made to slide along slide rail, thus the first charging aperture of the first hopper is reduced, thus regulating inlet amount, the compensating wear-resistant sealing strip of portable plate both sides can avoid coconut palm bran material leakage；Coconut palm bran block pulverizer offers water inlet, water inlet is connected with water pump by water pipe, due to coconut palm bran block moisture content less, in the coconut palm bran block pulverizer process to coconut palm bran block cutting and grinding, substantial amounts of heat can be produced so that coconut palm bran block pulverizer inner part is brought rapidly up, there is potential safety hazard, therefore in coconut palm bran block pulverizer, suitable water is injected by water inlet so that the work of coconut palm bran block pulverizer is more stable, and can reduce the dust pollution in crushing process after water filling；

2, in the present invention, the specific works principle of soil block crushing system is: start the 3rd drive motor and the 4th drive motor, 3rd drive motor drives the second poking device operating by driving pulley and driven pulley, 4th drive motor drives the operating of soil block pulverizer by the 3rd belt pulley and the 4th belt pulley, then soil block is sent in the second hopper from the second charging aperture, driven pulley drives worm reduction gear operating, the output shaft of worm reduction gear drives rotating disk and material toggling block to rotate, the soil block of bulk drops on material toggling block due to self gravitation, the soil block of fritter it is divided under the effect of material toggling block and L-type rod for stiring materials, form primary comminution, material toggling block and L-type rod for stiring materials rotate and push in soil block pulverizer by the soil block after primary comminution through stock guide, second pulverizes main shaft drives second baffle high speed rotating, the inner chamber of soil block pulverizer is divided into multiple comminuting space by the second second baffle pulverized on main shaft, soil block is carried out cutting and grinding further by the 3rd crushing vane and the 4th crushing vane on each second baffle side, soil block is ground into the soil particle of the granular size that meets the requirements the most at last, and discharge from the second discharging opening；The lateral edges of material toggling block, the side of L-type rod for stiring materials and the side of the 3rd crushing vane and the 4th crushing vane are disposed as edge structure, are so greatly improved the cutting and grinding effect to soil block；

3, in the present invention, the specific works principle of feed proportioning system is: the soil powder that the coconut palm bran powder discharged by the first discharging opening and the second discharging opening are discharged, it is transported to the 5th charging aperture and the 4th charging aperture place respectively through the first belt conveyor and the second belt conveyor, coconut palm bran powder and soil powder respectively enter the 5th hopper and the 4th hopper, sand is poured into the 3rd hopper from the 3rd charging aperture, sand, soil is corresponding to coconut palm bran powder the 3rd hopper, the feed opening of the 4th hopper and the 5th hopper lower end is discharged, the frequency conversion motor adjusting three material amount control devices makes to transfer to the sand the 3rd belt conveyor from conveyer belt every time, soil and coconut palm bran block identical in quality, make sand, the quality proportioning of soil powder and coconut palm bran powder is 1:1:1, material amount control device drives the first guide roller to rotate by frequency conversion motor, thus driving the second guide roller and conveyer belt to rotate, the sand will discharged from the outlet of hopper lower end, soil or coconut palm bran block are transferred to the 3rd belt conveyor from conveyer belt, 3rd belt conveyor is by sand, soil and coconut palm bran block are transported to screening charging aperture place by the 4th belt conveyor；Owing to the density of coconut palm bran block is smaller, the feed opening place of the 5th hopper lower end can be deposited in after pouring coconut palm bran block in the 5th hopper into, affect blanking, therefore the 3rd poking device auxiliary blanking is adopted, the second material toggling main axis is driven by the 5th drive motor, under the effect of second linear type rod for stiring materials, coconut palm bran block being derived, thus avoiding coconut palm bran block to pile up, affecting the proportioning of coconut palm bran block and sand and soil；

4, in the present invention, the specific works principle of screening system is: sand, soil and the screened charging aperture of coconut palm bran block enter in sieve nest, 6th drive motor drives screening axis of rotation by universal joint, thus driving sieve nest to rotate, sand in sieve nest, soil rotates together with sieve nest with coconut palm bran block, by the sand of the granular size that meets the requirements under the sieving actoion of screen cloth, soil and coconut palm bran block are discharged by screen cloth, screened hopper is discharged from screening discharging opening, owing to the left low right high dip of sieve nest is arranged, the oarse-grained material stayed in sieve nest is entered in guide case through the outlet of sieve nest left surface by guide box top, on rear side of guide case, outlet is discharged, carry out again pulverizing to re-use；In the process carrying out screening materials carrying, find when the material that fallen by screen cloth is less, start clockwise and anticlockwise motor, power transmission shaft is driven to drive the first pinion rotation, first gear engages two the second pinion rotation of drive respectively with two the second gears, and two the second gears drive the first screw synchronous to rotate respectively, owing to circular disk and leading screw are to threaded, by control clockwise and anticlockwise motor can so that annular brush on leading screw movable, thus removing the material of blocking screen cloth；

5, the present invention adopts iron shaving adsorption apparatus, the iron filings being mixed in material can be adsorbed, when in the work process of the present invention so that electric magnet is charged, electric magnet is driven by the 7th drive motor and rotates, electric magnet bottom contacts with material, thus the iron filings in material are adsorbed, after the present invention quits work, place below electric magnet and collect container, after electric magnet power-off, iron filings come off from electric magnet surface, drop in collection container；The present invention adopts the first countersunk head screw to be fixed on the first material toggling main shaft by first linear type rod for stiring materials, the second countersunk head screw is adopted to be fixed on the second material toggling main shaft by second linear type rod for stiring materials, it is simple to first linear type rod for stiring materials and the second linear type material toggling are changed in dismounting and maintenance。

In sum, the present invention is simple to operate, reliable operation, it is easy to dismounting and maintenance, coconut palm bran block and soil block make crushing material effective through coconut palm bran block crushing system and soil block crushing system cutting and grinding respectively, and crush efficiency is high, by charging quantity regulating device, inlet amount is adjusted, avoid feed blocking, make mixing of materials proportioning uniform by matching system, adopt iron shaving adsorption apparatus, the ferrum bits being mixed in material can be adsorbed, the 3rd poking device is adopted to avoid coconut palm bran block to pile up, make work more stable, the screened discharging opening of material of the granular size that meets the requirements is sieved out by the process of screening, material big for granule is discharged through guide case and re-starts utilization, preventing clogging up device is adopted to make screening effect good and improve work efficiency。

Accompanying drawing explanation

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the structural representation of coconut palm bran block crushing system in the present invention；

Fig. 3 is the left view structural representation of Fig. 2；

Fig. 4 is the perspective view of the first poking device in the present invention；

Fig. 5 is the structural representation of charging quantity regulating device in Fig. 2；

Fig. 6 is the perspective view in the present invention within coconut palm bran block pulverizer；

Fig. 7 is the planar structure schematic diagram in the present invention within coconut palm bran block pulverizer；

Fig. 8 is the A-A profile in Fig. 7；

Fig. 9 is the structural representation of soil block crushing system in the present invention；

Figure 10 is the left view structural representation of Fig. 9；

Figure 11 is the plan structure schematic diagram of Figure 10；

Figure 12 is the perspective view of the second poking device in the present invention；

Figure 13 is the planar structure schematic diagram of the second poking device in the present invention；

Figure 14 is the perspective view in the present invention within soil block pulverizer；

Figure 15 is the planar structure schematic diagram in the present invention within soil block pulverizer；

Figure 16 is the B-B profile in Figure 15；

Figure 17 is the structural representation of feed proportioning system in the present invention；

Figure 18 is the perspective view of the 3rd poking device in the present invention；

Figure 19 is the structural representation of screening system in the present invention；

Figure 20 is the left view structural representation of Figure 19；

Figure 21 is the structural representation of preventing clogging up device in the present invention；

Figure 22 is the structural representation of iron shaving adsorption apparatus in the present invention。

Detailed description of the invention

As shown in Figure 1-22, the LID of the present invention changes fill construction material mixing station, including coconut palm bran block crushing system 200, soil block crushing system 201, feed proportioning system 202 and screening system 205, coconut palm bran block crushing system 200 includes the first fixed mount 1 in cuboid frame structure, the first hopper 2 that upper and lower side is all uncovered it is provided with in first fixed mount 1, the cross section of the first hopper 2 is square, the pyramidal structure that first hopper 2 is big up and small down, first hopper 2 upper end is the first charging aperture 3, first hopper 2 bottom is provided with charging quantity regulating device 4 and the first poking device 5, charging quantity regulating device 4 is positioned at above the first poking device 5, the material toggling working position of the first poking device 5 is in the first hopper 2, first hopper 2 is connected with the first bracing frame 6, first bracing frame 6 is provided with coconut palm bran block pulverizer 7, coconut palm bran block pulverizer 7 top is provided with opening and is connected with the first hopper 2 lower port, coconut palm bran block pulverizer 7 bottom is provided with the first discharging opening 8。

First poking device 5 includes the first material toggling main shaft 9, first linear type rod for stiring materials 10 and the first hold-down support 11, first material toggling main shaft 9 is horizontally disposed with in left-right direction, first material toggling main shaft 9 two ends are rotatably connected on the first fixed mount 1 respectively through a first material toggling bearing block 38, first linear type rod for stiring materials 10 is disposed in an evenly spaced relation on the first material toggling main shaft 9 along the first material toggling main shaft 9 length direction, first linear type rod for stiring materials 10 is each perpendicular to the first material toggling main shaft 9, the straight line at adjacent two first linear type rod for stiring materials 10 places is mutually perpendicular to, the midpoint of every first linear type rod for stiring materials 10 is positioned on the centrage of the first material toggling main shaft 9, first hold-down support 11 is located on the first fixed mount 1, first hold-down support 11 is provided with the first drive motor 12, the output shaft of the first drive motor 12 is in transmission connection by the first shaft coupling 13 and the first material toggling main shaft 9。

Coconut palm bran block pulverizer 7 includes cylindrical circular first housing 14, first housing 14 is fixed on the first bracing frame 6, the centrage of the first housing 14 is arranged along left and right horizontal direction, first housing 14 top offers water inlet 43, water inlet 43 is connected with housing cavity, first bracing frame 6 is provided with the first crushing shaft bearing 15 of the first housing 14 both sides external, wear and be rotatably connected to the first pulverizing main shaft 16 between two the first crushing shaft bearings 15, first pulverizes main shaft 16 is positioned on the centrage of the first housing 14, first pulverizes main shaft 16 left end is connected with the first belt pulley 17 being positioned on the left of the first crushing shaft bearing 15, first bracing frame 6 is provided with second drive motor 18 in the first housing 14 front, the output shaft of the second drive motor 18 is connected with the second belt pulley 19, first belt pulley 17 and the second belt pulley 19 are in transmission connection by the first belt 42, first pulverizes main shaft 16 is provided with the first baffle plate 20 of structure in disk form along left and right horizontal direction uniform intervals, first pulverizes the main shaft 16 center through the first baffle plate 20, on the right flank of each first baffle plate 20, along the circumferential direction uniform intervals is provided with four the first sharfs 21, adjacent two the first sharfs 21 are respectively equipped with one piece first crushing vane 22 parallel with the first baffle plate 20 and two piece of second crushing vane 23, first crushing vane 22 is the rectangular configuration that structure is identical with the second crushing vane 23, two piece of first crushing vane 22 is parallel to each other, four piece of second crushing vane 23 is parallel to each other, the straight line at the length direction place of the first crushing vane 22 and the second crushing vane 23 is mutually perpendicular to, between the plane at the first crushing vane 22 place two piece of second crushing vane 23 on same first sharf 21, the outside (the first crushing vane 22 does not extend between two piece of second crushing vane 23) in first crushing vane 22 region between two piece of second crushing vane 23。

Soil block crushing system 201 includes the second fixed mount 50 in cuboid frame structure, the second hopper 51 that upper and lower side is all uncovered it is provided with in second fixed mount 50, the cross section of the second hopper 51 is square, the pyramidal structure that second hopper 51 is big up and small down, second hopper 51 upper end is the second charging aperture 52, second hopper 51 bottom is provided with the second poking device 53, the material toggling working position of the second poking device 53 is in the second hopper 51, second hopper 51 is connected with the second bracing frame 54, second poking device 53 is located on the second bracing frame 54, second bracing frame 54 is provided with the soil block pulverizer 55 at the second poking device 53 rear, soil block pulverizer 55 bottom is provided with the second discharging opening 56。

Second poking device 53 includes rotating disk 57 and worm reduction gear 58, worm reduction gear 58 power input shaft arranges forward and is connected to driven pulley 59, the 3rd drive motor 60 it is provided with on the right side of worm reduction gear 58, the output shaft of the 3rd drive motor 60 arranges forward and is connected to driving pulley 61, driving pulley 61 and driven pulley 59 are in transmission connection by transmission band 62, the output shaft of worm reduction gear 58 is vertically arranged, rotating disk 57 level is fixedly connected on the output shaft upper end of worm reduction gear 58, rotating disk 57 is provided with the material toggling block 63 in positive tetrahedron structure, material toggling block 63 bottom surface is fixing to be located on rotating disk 57 upper surface, the vertical centrage of material toggling block 63, the centrage of the center of rotating disk 57 and the output shaft of worm reduction gear 58 is respectively positioned on same straight line, it is respectively perpendicular in the middle part of upward three sides of material toggling block 63 and is provided with L-type rod for stiring materials 64, L-type rod for stiring materials 64 two ends are fixedly connected with on material toggling block 63 surface, the plane at the overall place of L-type rod for stiring materials 64 is vertical, the area of rotating disk 57 is more than the area of the second hopper 51 lower ending opening, second hopper 51 bottom is arranged with rubber ring 65, rubber ring 65 lower surface and rotating disk 57 upper surface, rubber ring 65 is corresponding with the rear lateral portion of the second hopper 51 offers breach, it is connected by stock guide 66 between breach and the import of soil block pulverizer 55。

Soil block pulverizer 55 includes cylindrical circular second housing 67, second housing 67 is fixed on the second bracing frame 54, the centrage of the second housing 67 is arranged along left and right horizontal direction, second bracing frame 54 is provided with the second crushing shaft bearing 68 of the second housing 67 both sides external, wear and be rotatably connected to the second pulverizing main shaft 69 between two the second crushing shaft bearings 68, second pulverizes main shaft 69 is positioned on the centrage of the second housing 67, second pulverizes main shaft 69 left end is connected with the 3rd belt pulley 70 being positioned on the left of the second crushing shaft bearing 68, second bracing frame 54 is provided with the 4th drive motor 71 in the second housing 67 front, the output shaft of the 4th drive motor 71 is connected with the 4th belt pulley 72, 3rd belt pulley 70 and the 4th belt pulley 72 are in transmission connection by the second belt 73, second pulverizes main shaft 69 is provided with the second baffle 74 of structure in disk form along left and right horizontal direction uniform intervals, second pulverizes the main shaft 69 center through second baffle 74, on the right flank of each second baffle 74, along the circumferential direction uniform intervals is provided with four the second sharfs 75, adjacent two the second sharfs 75 are respectively equipped with parallel with second baffle 74 piece the 3rd crushing vane 76 and two piece of the 4th crushing vane 77, 3rd crushing vane 76 is the rectangular configuration that structure is identical with the 4th crushing vane 77, two piece of the 3rd crushing vane 76 is parallel to each other, four piece of the 4th crushing vane 77 is parallel to each other, the straight line at the length direction place of the 3rd crushing vane 76 and the 4th crushing vane 77 is mutually perpendicular to, between the plane at the 3rd crushing vane 76 place two piece of the 4th crushing vane 77 on same second sharf 75, the outside (the 3rd crushing vane 76 does not extend between two piece of the 4th crushing vane 77) in the 3rd crushing vane 76 region between two piece of the 4th crushing vane 77。

Feed proportioning system 202 includes the 3rd fixed mount 100 being arranged side by side from left to right, 4th fixed mount 101 and the 5th fixed mount 102, 3rd fixed mount 100, 4th fixed mount 101 and the 5th fixed mount 102 are all in cuboid frame structure, 3rd fixed mount 100, it is correspondingly provided with, in 4th fixed mount 101 and the 5th fixed mount 102, the 3rd hopper 103 that upper and lower side is all uncovered respectively, 4th hopper 104 and the 5th hopper 105, 3rd hopper 103, the cross section of the 4th hopper 104 and the 5th hopper 105 is square and big up and small down pyramidal structure, 3rd hopper 103, upper end respectively the 3rd charging aperture 106 of the 4th hopper 104 and the 5th hopper 105, 4th charging aperture 107 and the 5th charging aperture 108, 3rd hopper 103, the lower end of the 4th hopper 104 and the 5th hopper 105 is equipped with a feed opening, a material amount control device 109 it is correspondingly provided with respectively below three feed openings, 5th hopper 105 bottom is provided with the 3rd poking device 110 above material amount control device 109, the material toggling working position of the 3rd poking device 110 is in the 5th hopper 105。

Each material amount control device 109 all includes frequency conversion motor 111, conveyer belt 112, two the first guide rollers 113, one group of second guide roller 114 and framework 115, two the first guide rollers 113 are parallel along anterior-posterior horizontal direction respectively and all rotate and be arranged on framework 115, conveyer belt 112 is wrapped between two the first guide rollers 113 along left and right horizontal direction, three respective framework 115 levels respectively of material amount control device 109 are located at the 3rd fixed mount 100, on 4th fixed mount 101 and the 5th fixed mount 102, second guide roller 114 is disposed in an evenly spaced relation between two the first guide rollers 113 along left and right horizontal direction, second guide roller 114 is parallel with the first guide roller 113, frequency conversion motor 111 and one of them first guide roller 113 are in transmission connection。

3rd poking device 110 includes the second material toggling main shaft 116, second linear type rod for stiring materials 117 and the second hold-down support 118, second material toggling main shaft 116 is horizontally disposed with in left-right direction, second material toggling main shaft 116 two ends are rotatably connected on the 5th fixed mount 102 respectively through a second material toggling bearing block 119, second linear type rod for stiring materials 117 is disposed in an evenly spaced relation on the second material toggling main shaft 116 along the second material toggling main shaft 116 length direction, second linear type rod for stiring materials 117 is each perpendicular to the second material toggling main shaft 116, the straight line at adjacent two second linear type rod for stiring materials 117 places is mutually perpendicular to, the midpoint of every second linear type rod for stiring materials 117 is positioned on the centrage of the second material toggling main shaft 116, second hold-down support 118 is located on the 5th fixed mount 102, second hold-down support 118 is provided with the 5th drive motor 120, the output shaft of the 5th drive motor 120 is in transmission connection by the second shaft coupling 121 and the second material toggling main shaft 116。

Screening system 205 includes rotary screen 125, screening hopper 126 and the 3rd bracing frame 127, rotary screen 125 is provided with preventing clogging up device, and (preventing clogging up device is at Fig. 1, 19, do not illustrate out in 20), rotary screen 125 includes screening rotating shaft 128, sieve nest 129 and screen cloth 130, screening hopper 126 upper and lower side is all uncovered and is arranged in the 3rd bracing frame 127, screening hopper 126 top is left low right high ramp structure, screening hopper 126 lower end is provided with screening discharging opening 131, the cylindrical frame structure of sieve nest 129 and left low right high dip are arranged on screening hopper 126 top, sieve nest about 129 two ends are equipped with installing rack 132, screening rotating shaft 128 two ends are rotatably connected on installing rack 132 respectively, screen cloth 130 is wrapped in sieve nest 129 outer surface, the installing rack 132 on right side offers screening charging aperture 134, 3rd bracing frame 127 is respectively arranged on the left side and the right side a mounting seat 135, each mounting seat 135 is equipped with screening bearing spider 136, screening rotating shaft 128 two ends are stretched out installing rack 132 and are rotatably connected on screening bearing spider 136 by bearing, it is positioned at the mounting seat 135 on the left of the 3rd bracing frame 127 and is provided with the 6th drive motor 138, the output shaft of the 6th drive motor 138 is in transmission connection with screening rotating shaft 128 by universal joint 139, the guide case 140 below mounting seat 135 it is provided with on the left of 3rd bracing frame 127, before guide case 140 bottom surface, after height, low dip is arranged, guide case 140 lower rearward side is uncovered, guide case 140 open top is also corresponding with the installing rack about 132 in left side。Installing rack 132 is cross-shaped configuration, penetrating not backgauge。

Preventing clogging up device includes four first columns being located on the 3rd bracing frame 127, four first columns are correspondingly arranged at the both sides, front and back at sieve nest about 129 two ends, it is provided with the second column (the first column and the second column of anticipating out not shown in the figures) between two first columns in left side, first column and the second column are equipped with mounting disc 148, the mounting disc 148 of each first column is respectively equipped with a fixed bearing block 149, it is rotatably connected to first leading screw 150 parallel with sieving rotating shaft 128 with between the two of rear side fixed bearing blocks 149 respectively through bearing between two fixed bearing blocks 149 on front side of sieve nest 129, screening rotating shaft 128 and two first leading screws 150 are positioned in approximately the same plane, the mounting disc 148 of the second column is provided with clockwise and anticlockwise motor 151, the output shaft of clockwise and anticlockwise motor 151 is connected with power transmission shaft 153 by the 3rd shaft coupling 152, power transmission shaft 153 is provided with the first gear 154, it is engaged with second gear 155 with rear side transmission respectively on front side of first gear 154, the structure of two the second gears 155 is all identical with size, two the second gears 155 are correspondingly arranged on the first leading screw 150 of both sides before and after sieve nest 129 respectively, threaded on two first leading screws 150 have the circular disk 156 being positioned at the first gear 154 right, circular disk 156 is enclosed within outside sieve nest 129, circular disk 156 inwall is provided with a circle annular brush 157, annular brush 157 and screen cloth 130 exterior surface。

It is provided with the first belt conveyor 203 between first discharging opening 8 and the 5th charging aperture 108, first belt conveyor is low early and high after to be obliquely installed, it is provided with the second belt conveyor 204 between second discharging opening 56 and the 4th charging aperture 107, second belt conveyor 204 is low early and high after to be obliquely installed and parallel with the first belt conveyor 203, three material amount control devices 109 are connected with the 3rd belt conveyor 122, 3rd belt conveyor 122 is arranged along left and right horizontal direction, 3rd belt conveyor 122 left end is provided with the 4th belt conveyor 206, 4th belt conveyor 206 right low left high is obliquely installed, the first support bar 124 it is provided with bottom 4th belt conveyor 206, 4th belt conveyor 206 right-hand member and the linking of the 3rd belt conveyor 122 left end, 4th belt conveyor 206 left part extend in screening charging aperture 134, the 5th belt conveyor 207 it is provided with on the left of screening system 205, 5th belt conveyor 207 right low left high is obliquely installed, the second support bar 208 it is provided with bottom 5th belt conveyor 207, 5th belt conveyor 207 right-hand member is positioned at below screening discharging opening 131, it is provided with the 4th bracing frame 209 on the left of 5th belt conveyor 207, 4th bracing frame 209 is provided with blender 210, 5th belt conveyor 207 left end gos deep into the charging aperture of blender 210, it is provided with the 6th belt conveyor 211 on the left of 4th bracing frame 209, it is provided with the 3rd support bar 212 bottom 6th belt conveyor 211, 6th belt conveyor 211 right-hand member is positioned at below the discharging opening of blender 210。

Charging quantity regulating device 4 includes striker plate 24, striker plate 24 is horizontally disposed with, the inwall of the first left and right sides, hopper 2 bottom is provided with slide rail 25, striker plate 24 left and right sides is slidably connected in slide rail 25, portable plate 26 it is provided with on front side of striker plate 24, portable plate 26 is parallel with the first hopper 2 front side wall, edge, portable plate 26 upper end and the first edge, hopper 2 upper end flush, portable plate 26 left and right sides is equipped with the compensating wear-resistant sealing strip 39 being slidably matched with the first hopper 2 left side wall and right side wall, and portable plate 26 front surface left part and right part are respectively equipped with one group of governor motion。

Governor motion includes regulating bearing 27, slide-bar 28 and the second leading screw 29, regulate bearing 27 and be fixed on the first fixed mount 1, regulate bearing 27 and be provided with cylindrical hole 40 along anterior-posterior horizontal direction, slide-bar 28 is slidably connected in cylindrical hole 40 along anterior-posterior horizontal direction, slide-bar 28 rear end is stretched out adjustment bearing 27 and fixing with portable plate 26 is connected, slide-bar 28 front end offers ball head nest, bulb 30 it is rotatably connected in ball head nest, second leading screw 29 is coaxial to be plugged in cylindrical hole 40 and threadeds with regulating bearing 27 front inner wall, bulb 30 is anterior to be connected by studs 31 and the second leading screw 29 rear end are fixing, second leading screw 29 front end is provided with regulating the handwheel 41 in bearing 27 front, slide-bar 28 front end is fixedly connected with, by installing bolt 32, the installation lid 33 being limited in ball head nest by bulb 30, regulate inwall in the middle part of bearing 27 and be provided with a projection 34, slide-bar 28 surface offers the chute 35 being slidably matched with projection 34 along anterior-posterior horizontal direction, regulate bearing 27 sidepiece and offer the screwed hole connected with cylindrical hole 40, screwed hole female thread connects the clamping screw 36 for pushing up pressure locking slide-bar 28。

First linear type rod for stiring materials 10 is fixed on the first material toggling main shaft 9 by the first countersunk head screw 37, and second linear type rod for stiring materials 117 is fixed on the second material toggling main shaft 116 by the second countersunk head screw 141。

First belt conveyor 203 and the second belt conveyor 204 are respectively equipped with iron shaving adsorption apparatus 142, each iron shaving adsorption apparatus 142 includes electric magnet 143, 7th drive motor 144 and support 145, two respective supports 145 of iron shaving adsorption apparatus 142 are separately positioned on the first belt conveyor 203 and the second belt conveyor 204 both sides, horizontally disposed absorption rotating shaft 146 it is rotatably connected between support 145, the cylindrical structure of electric magnet 143 is also arranged in absorption rotating shaft 146, absorption rotating shaft 146 one end is in transmission connection by adsorbing shaft coupling 147 and the 7th drive motor 144。

First crushing vane 22 and the side of the second crushing vane 23, the lateral edges of material toggling block 63, the side of L-type rod for stiring materials 64 and the 3rd crushing vane 76 and the 4th crushing vane 77 are disposed as edge structure。

Wherein, first belt conveyor the 203, second belt conveyor the 204, the 3rd belt conveyor the 122, the 4th belt conveyor the 206, the 5th belt conveyor 207 and the 6th belt conveyor 211 are the existing routine techniques in this area, and its concrete structure no longer describes in detail。

The work process of the present invention is: start the first drive motor 12 and the second drive motor 18, first drive motor 12 drives the first poking device 5 to operate, second drive motor 18 drives coconut palm bran block pulverizer 7 to operate by the first belt pulley 17 and the second belt pulley 19, then coconut palm bran block is sent in the first hopper 2 from the first charging aperture 3 of the first hopper 2, first material toggling main shaft 9 drives first linear type rod for stiring materials 10 to rotate, under the effect of first linear type rod for stiring materials 10, the coconut palm bran block of bulk is divided into the coconut palm bran block of fritter, form primary comminution, fritter coconut palm bran block after primary comminution enters in coconut palm bran block pulverizer 7, first pulverizes main shaft 16 drives the first baffle plate 20 high speed rotating, coconut palm bran block pulverizer 7 inner chamber is divided into multiple comminuting space by the first the first baffle plate 20 pulverized on main shaft 16, the coconut palm bran block of fritter is carried out cutting and grinding by the first crushing vane 22 and the second crushing vane 23 on each first baffle plate 20 side, the coconut palm bran block of fritter is ground into the coconut palm bran granule of the granular size that meets the requirements the most at last, and discharge from the first discharging opening 8, first crushing vane 22 and the second crushing vane 23 side are disposed as edge structure, so it is greatly improved the cutting and grinding effect to coconut palm bran block；The inlet amount of the first hopper 2 can be adjusted by the present invention by charging quantity regulating device 4, the excessive generation blocking of inlet amount or material is avoided to overflow the first hopper 2, the concrete adjustment process of inlet amount is: unscrew clamping screw 36, rotate handwheel 41, handwheel 41 drives the second leading screw 29 to rotate, owing to the second leading screw 29 and adjustment bearing 27 are threaded, second leading screw 29 is moved rearwards by, second leading screw 29 promotes slide-bar 28 by bulb 30, owing to slide-bar 28 and bulb 30 are rotationally connected, and regulate in the chute 35 that the projection 34 on bearing 27 inwall is slidably connected at slide-bar 28 sidepiece, therefore the degree of freedom that slide-bar 28 is circumferentially rotated is limited, slide-bar 28 promotes portable plate 26 and striker plate 24, striker plate 24 is made to slide along slide rail 25, thus the first charging aperture 3 of the first hopper 2 is reduced, thus regulating inlet amount, the compensating wear-resistant sealing strip 39 of portable plate 26 both sides can avoid coconut palm bran material leakage；Coconut palm bran block pulverizer 7 offers water inlet 43, water inlet 43 is connected with water pump by water pipe, due to coconut palm bran block moisture content less, in the coconut palm bran block pulverizer 7 process to coconut palm bran block cutting and grinding, substantial amounts of heat can be produced so that coconut palm bran block pulverizer 7 inner part is brought rapidly up, there is potential safety hazard, therefore in coconut palm bran block pulverizer 7, suitable water is injected by water inlet 43 so that the work of coconut palm bran block pulverizer 7 is more stable, and can reduce the dust pollution in crushing process after water filling。

Start the 3rd drive motor 60 and the 4th drive motor 71 simultaneously, 3rd drive motor 60 drives the second poking device 53 to operate by driving pulley 61 and driven pulley 59, 4th drive motor 71 drives soil block pulverizer 55 to operate by the 3rd belt pulley 70 and the 4th belt pulley 72, then soil block is sent in the second hopper 51 from the second charging aperture 52 of the second hopper 51, driven pulley 59 drives worm reduction gear 58 to operate, the output shaft rotation of worm reduction gear 58 drives rotating disk 57 and material toggling block 63 to rotate, the soil block of bulk drops on material toggling block 63 due to self gravitation, the soil block of fritter it is divided under the effect of material toggling block 63 and L-type rod for stiring materials 64, form primary comminution, material toggling block 63 and L-type rod for stiring materials 64 rotate the soil block after by primary comminution and push in soil block pulverizer 55 through stock guide 66, second pulverizes main shaft 69 drives second baffle 74 high speed rotating, the inner chamber of soil block pulverizer 55 is divided into multiple comminuting space by the second second baffle 74 pulverized on main shaft 69, soil block is carried out cutting and grinding further by the 3rd crushing vane 76 and the 4th crushing vane 77 on each second baffle 74 side, soil block is ground into the soil particle of the granular size that meets the requirements the most at last, and discharge from the second discharging opening 56；The lateral edges of material toggling block 63, the side of L-type rod for stiring materials 64 and the side of the 3rd crushing vane 76 and the 4th crushing vane 77 are disposed as edge structure, are so greatly improved the cutting and grinding effect to soil block。

The soil powder that the coconut palm bran powder discharged by the first discharging opening 8 and the second discharging opening 56 are discharged, it is transported to the 5th charging aperture 108 and the 4th charging aperture 107 place respectively through the first belt conveyor 203 and the second belt conveyor 204, coconut palm bran powder and soil powder respectively enter the 5th hopper 105 and the 4th hopper 104, sand is poured into the 3rd hopper 103 from the 3rd charging aperture 106, sand, soil powder is corresponding to coconut palm bran powder the 3rd hopper 103, the feed opening of the 4th hopper 104 and the 5th hopper 105 lower end is discharged, the frequency conversion motor 111 adjusting three material amount control devices 109 makes to transfer to the sand the 3rd belt conveyor 122 from conveyer belt 112 every time, soil powder and coconut palm bran powder identical in quality, make sand, the quality proportioning of soil powder and coconut palm bran powder is 1:1:1, material amount control device 109 drives the first guide roller 113 to rotate by frequency conversion motor 111, thus driving the second guide roller 114 and conveyer belt 112 to rotate, the sand will discharged from the outlet of hopper lower end, soil powder and coconut palm bran powder are transferred to the 3rd belt conveyor 122 from conveyer belt 112, 3rd belt conveyor 122 is by sand, soil powder and coconut palm bran powder are transported to screening charging aperture 134 place by the 4th belt conveyor 206；Owing to the density of coconut palm bran powder is less, the feed opening place of the 5th hopper 105 lower end can be deposited in after pouring coconut palm bran powder in the 5th hopper 105 into, affect blanking, therefore the 3rd poking device 110 is adopted to assist blanking, the second material toggling main shaft 116 is driven to rotate by the 5th drive motor 120, under the effect of second linear type rod for stiring materials 117, coconut palm bran powder being derived, thus avoiding coconut palm bran powder to pile up, affecting the proportioning of coconut palm bran powder and sand and soil。

Sand, soil and the screened charging aperture 134 of coconut palm bran powder enter in sieve nest 129, 6th drive motor 138 drives screening rotating shaft 128 to rotate by universal joint 139, thus driving sieve nest 129 to rotate, sand in sieve nest 129, soil rotates together with sieve nest 129 with coconut palm bran powder, by the sand of granular size that meets the requirements under the sieving actoion of screen cloth 130, soil and coconut palm bran powder are discharged by screen cloth 130, screened hopper 126 is discharged from screening discharging opening 131, owing to the left low right high dip of sieve nest 129 is arranged, the oarse-grained material stayed in sieve nest 129 is entered in guide case 140 through the outlet of sieve nest 129 left surface by guide case 140 top, on rear side of guide case 140, outlet is discharged, carry out again pulverizing to re-use；In the process carrying out screening materials carrying, find when the material that fallen by screen cloth 130 is less, start clockwise and anticlockwise motor 151, power transmission shaft 153 is driven to drive the first gear 154 to rotate, first gear 154 engages two the second gears 155 of drive respectively and rotates with two the second gears 155, two the second gears 155 drive the first leading screw 150 synchronous axial system respectively, owing to circular disk 156 is threaded with the first leading screw 150, by control clockwise and anticlockwise motor 151 can so that annular brush 157 on the first leading screw 150 movable, thus removing the material of blocking screen cloth 130。

The material that screened discharging opening 131 is discharged is transported in blender 210 through the 5th belt conveyor 207, coconut palm bran powder, soil and sand are stirred by blender 210 further, the mixing making coconut palm bran powder, soil and sand is more uniform, then discharge from the discharging opening of blender 210, be transported to appointment position through the 6th belt conveyor 211。

The shape of the present invention, material, structure etc. are not done any pro forma restriction by the present embodiment; every any simple modification, equivalent variations and modification above example made according to the technical spirit of the present invention, belongs to the protection domain of technical solution of the present invention。

Claims

1.LID changes fill construction material mixing station, it is characterized in that: include coconut palm bran block crushing system, soil block crushing system, feed proportioning system and screening system, coconut palm bran block crushing system includes the first fixed mount in cuboid frame structure, the first hopper that upper and lower side is all uncovered it is provided with in first fixed mount, the cross section of the first hopper is square, the pyramidal structure that first hopper is big up and small down, first hopper upper end is the first charging aperture, first hopper bottom is provided with charging quantity regulating device and the first poking device, charging quantity regulating device is positioned at above the first poking device, the material toggling working position of the first poking device is in the first hopper, first hopper is connected with the first bracing frame, first bracing frame is provided with coconut palm bran block pulverizer, coconut palm bran block pulverizer top is provided with opening and is connected with the first hopper lower port, coconut palm bran block pulverizer bottom is provided with the first discharging opening；

2. LID according to claim 1 changes fill construction material mixing station, it is characterized in that: charging quantity regulating device includes striker plate, striker plate is horizontally disposed with, the inwall of the first left and right sides, hopper bottom is provided with slide rail, the striker plate left and right sides is slidably connected in slide rail, portable plate it is provided with on front side of striker plate, portable plate is parallel with the first hopper front side wall, edge, portable plate upper end and the first edge, hopper upper end flush, the portable plate left and right sides is equipped with the compensating wear-resistant sealing strip being slidably matched with the first hopper left side wall and right side wall, portable plate front surface left part and right part are respectively equipped with one group of governor motion；

3. LID according to claim 1 changes fill construction material mixing station, it is characterized in that: first linear type rod for stiring materials is fixed on the first material toggling main shaft by the first countersunk head screw, and second linear type rod for stiring materials is fixed on the second material toggling main shaft by the second countersunk head screw。

4. LID according to claim 1 changes fill construction material mixing station, it is characterized in that: the first belt conveyor and be respectively equipped with iron shaving adsorption apparatus on the second belt conveyor, each iron shaving adsorption apparatus includes electric magnet, 7th drive motor and support, two respective supports of iron shaving adsorption apparatus are separately positioned on the first belt conveyor and the second belt conveyor both sides, horizontally disposed absorption rotating shaft it is rotatably connected between support, the cylindrical structure of electric magnet is also arranged in absorption rotating shaft, absorption rotating shaft one end is in transmission connection by adsorbing shaft coupling and the 7th drive motor。

5. LID according to claim 1 changes fill construction material mixing station, it is characterised in that: the first crushing vane and the side of the second crushing vane, the lateral edges of material toggling block, the side of L-type rod for stiring materials and the 3rd crushing vane and the 4th crushing vane are disposed as edge structure。