CN108267542A - Natural sand detects programmable integrated process - Google Patents
Natural sand detects programmable integrated process Download PDFInfo
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- CN108267542A CN108267542A CN201611253961.9A CN201611253961A CN108267542A CN 108267542 A CN108267542 A CN 108267542A CN 201611253961 A CN201611253961 A CN 201611253961A CN 108267542 A CN108267542 A CN 108267542A
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- natural sand
- integrated process
- programmable integrated
- sand
- stirring
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
Abstract
The invention belongs to natural sand detection technique fields, it is proposed that natural sand detects programmable integrated process, including the agitating device, drying unit, screening plant set gradually from top to bottom；Drying unit includes being located at the baking barrel body that below the first discharge port and bottom is inclined surface, the side of inclined surface on the lower is provided with water outlet, top side is provided with the second discharge port, the screening bucket identical with its shape is provided in baking barrel body, the second agitating device is provided in screening bucket, the technical issues of second agitating device is connect with the second motor, solution be：It when riddled sand submodule number and clay content are detected in mixing plant, takes time and effort, the laboratory technician of technology department is needed to shine sand, fry sand, sieve sand, does not only take up a large amount of personnel attrition plenty of time, labor intensity is also bigger, it is most important that measurement accuracy is not also high.
Description
Technical field
The invention belongs to natural sand detection technique fields, are related to a kind of integrated treatment for realizing natural sand automatic detection
Machine.
Background technology
Sand is divided into natural sand and artificial sand, and the amount of characterization natural sand characteristic has apparent density, bulk density, voidage, contains
Mud amount, clod content, moisture content, the dry water absorption rate of saturation plane, grain composition etc. detect riddled sand submodule number and containing mud in mixing plant
It during amount, takes time and effort, the laboratory technician of technology department is needed to shine sand, fry sand, sieve sand, does not only take up a large amount of personnel attrition plenty of time,
Labor intensity is also bigger, it is most important that measurement accuracy is not also high.
Invention content
The present invention proposes natural sand detection programmable integrated process, solves above-mentioned technical problem of the prior art.
The technical proposal of the invention is realized in this way：
Natural sand detects programmable integrated process, including the agitating device, drying unit, screening dress set gradually from top to bottom
It puts；
The agitating device includes stirring cylinder and the first stirring structure for being arranged in the stirring cylinder, and described first
Stirring structure is connect with the first motor, the bucket bottom of the concordant and close stirring cylinder in lower face of first stirring structure,
The side at the stirring cylinder bucket bottom is provided with the first discharge port；
Drying unit includes being located at the baking barrel body that below first discharge port and bottom is inclined surface, the inclined surface
Side on the lower is provided with water outlet, top side is provided with the second discharge port, is provided in the baking barrel body and its shape
The identical screening bucket of shape, described sieve in bucket are provided with the second agitating device, and second agitating device is connect with the second motor,
Second agitating device includes the first distribution blade for being arranged on shaft both sides and the second distribution blade, and described the
One distribution blade and it is described second distribution blade include several pointed protrusions towards the shaft direction of rotation, described turn
When axis rotates, the first circular trace of the pointed raised end movement locus formation of the first distribution blade, described second
The pointed raised end movement locus for being distributed blade forms the second circular trace, first circular trace and described second
Circular trace concentric and misaligned；
The screening plant includes being located at the Multilayer vibrating screen below second discharge port, and the Multilayer vibrating screen is from upper
To several outlets are arranged with, each exit is both provided with weighing bucket, and the Multilayer vibrating screen bottom end is hingedly arranged on
On pedestal, it is provided with to adjust angular adjustment apparatus of the vibrating screen angle so as to fulfill the outlet discharging on the pedestal.
As further technical solution, it is both provided with below the first distribution blade and the second distribution blade
Perching knife, the perching knife, the first distribution blade, the second distribution blade are obliquely installed and dip down towards direction of rotation
Tiltedly.
As further technical solution, between the perching knife and the first distribution blade, the perching knife and described the
Between two distribution blades, it is both provided with gap.
As further technical solution, first discharge port, second discharge outlet are both provided with discharger, institute
It states discharger and includes the lever for being hingedly arranged on the stirring cylinder or the baking barrel body bottom surface, described lever one end is with unloading
Expect stepper motor connection, the other end is provided with cover.
As further technical solution, the pedestal is L-type, and the angular adjustment apparatus includes hingedly being arranged on described
The angle adjustment stepper motor on pedestal top, the angle adjustment stepper motor are connected with screw, the multi-layer vibration lower part of screen
Side be provided with screw, the screw is matched with the screw.
As further technical solution, first stirring structure includes the triangular vane of several circumference setting.
As further technical solution, purification sedimentation basin is further included, the top of the stirring cylinder is provided with described overflow
Water pipe, the overflow pipe, the water outlet are connected to the purification sedimentation basin side, and the purification sedimentation basin opposite side passes through punching
It washes pipeline and is connected to the stirring cylinder, flushing pump is provided on the flushing pipe.
As further technical solution, the purification sedimentation basin includes separating setting and the top setting of separated place successively
There are several sedimentation basins of communication port, the top of the sedimentation basin is provided with partition board.
As further technical solution, from close to the water outlet side to close flushing pipe side, several institutes
The length for stating the partition board in sedimentation basin gradually increases.
As further technical solution, monitoring sensor is provided in the overflow pipe.
It uses principle of the present invention and has the beneficial effect that：
1st, it in the present invention, can be realized to natural sand by agitating device, drying unit, automatically processing for screening plant
Detection, so as to time saving and energy saving, the efficient modulus and clay content for obtaining detection natural sand, therefore the used time of the invention is short, automatically
Change degree is high, labor intensity very little.
2nd, technical scheme of the present invention be not arbitrarily bring stirring, drying, screening three devices just can realize, and
Staff in mixing plant does not expect that the detection of natural sand can be by the stirring, drying, screening that set gradually up and down
Three devices just can realize the automatic detection of natural sand, while the staff in mixing plant is also not aware which type of is stirred
Mixing device can realize that the stirring of the good natural sand of effect is cleaned, it is not known which type of drying equipment can replace shining sand realization
Efficiently quickly and effectively natural sand is dried, the technical program inventor it is originally envisaged that on the basis of improve by continuous, from
And this technical solution is had devised, mentality of designing is clear, is proved by actual use, can substitute existing natural sand inspection completely
It surveys.
3rd, in the present invention, in the stirring cylinder of agitating device plus after water and natural sand, the first stirring structure to natural sand into
Stirring in row cleaning process, and not all agitating paddle is suitable for the stirring of natural sand cleaning process, this stirring
The purpose of process is soil and the unavailable differential cleaned in natural sand, and the duration of cleaning is determined by the well-illuminated degree of ejected wash water,
Therefore different from the stirring of batch mixing, and the resistance of natural sand is larger, even if being also required to overcome higher drag can in water
It realizes, the design at concordant by the lower face of the first stirring structure and close stirring cylinder bucket bottom of the present invention, actual use proves
Mixing effect is improved, therefore the present invention has the advantages that the stirring of natural sand detection process is efficient.
4th, in the present invention, the natural sand cleaned is connected into abrasive band water by the first discharge port after stirring and is sent into drying together
Device is filtered drying, in order to realize efficient filtering drying, has drying structure in drying unit for the prior art, therefore not
It is described further, the present invention mainly devises baking barrel body and screening bucket is divided at a distance of shorter, and screening bucket top is stirred for second
Device is mixed, and the bucket bottom of baking barrel body and screening bucket is inclined surface, drying efficiency can not only be improved and also be able to realize most preferably
Discharging, and the inclination angle being set as ° is drying and discharging is optimum structure, drying effect will not be very poor, and discharging is also fine, because
This Integral cleaning, filtering, drying, discharging can be with for each step effect, and with very high practicability.
5th, in the present invention, the damp sand of filtered water in bucket is sieved, is just more difficult to be stirred relative to the sand in water in stirring cylinder
It mixes, and most importantly needs to consider the problems of rapidly and efficiently to dry, be not that existing agitating device increase power just can
This is solved the problems, such as very well, is not optimal selection, therefore the present invention is by continuously improving even if increase power and can solve
The second agitating device is devised, the main shaft for including connect with the second motor, the both sides of shaft are distributed blade and for first
Two distribution blades, the pointed protrusion of two distribution blades can disperse damp sand well, the point of particularly two distribution blades
The interval of the track of shape protrusion and mutually design at equal intervals, what can constantly be repeated breaks up damp sand, obtains high efficiency drying process
Arrived strong guarantee, and such mode can after adequately discharged, as long as opening the second discharge port, by the second stirring
Device continuous firing just can realize discharging, because the design of the invention everywhere has fully taken into account the thought of high-efficiency multi-function, tool
The advantages of being simple and efficient.
6th, in the present invention, the dry sand after drying detects screening mould by that can be sent after the second discharge hole for discharge to screening plant
Number, after Multilayer vibrating screen is sieved, the inclination of the sand of different moduluses can be easily sent to not by the angular adjustment apparatus of discharging
Same weighing bucket, and weighing bucket can be connect with display screen, so as to test data be clearly showed that out, therefore can be by diagonal
Degree adjusting apparatus is automatically controlled so as to fulfill self-emptying, and you can clearly show that test result.
7th, in the present invention, perching knife is additionally provided under the first distribution blade and the second distribution blade, and between have gap, shovel
Knife, gap and the first distribution blade and second are distributed under the cooperation of blade, can further improve sand dispersion effect, so as to
Drying efficiency is improved, and causes the more complete exhaustive of discharging so that measurement accuracy has obtained further raising.
8th, in the present invention, the discharging of the first discharge port, the second discharge port is completed by automatic discharger, by discharging
Stepper motor drives lever to realize the opening and closing of cover, and angle, which adjusts stepper motor, can also pass through screw, screw realization
The discharging of different modulus sand words being sieved in Multilayer vibrating screen, discharging stepper motor, angle adjustment stepper motor are by same or not
It is the prior art, therefore the technical program does not do excessive introduction, therefore integrated automation of the present invention to carry out control with controller
Degree is high, and using being also convenient for, practicability is high.
9th, in the present invention, the first stirring structure is designed as triangular vane, and practical effect can meet natural sand
Cleaning stirring, more practicability and effectiveness.
10th, in the present invention, the cleaning whipping process in agitating device can keep water constant, can also pass through flushing
Pipeline is persistently rinsed natural sand, and the effect by flushing pipe continual rinsing is more preferable, moreover, the water supply persistently cleaned can
To be provided, and stirring cylinder can be flowed out from overflow pipe by purifying sedimentation basin cycle, so as to realize lasting punching well
It washes.
11st, in the present invention, several sedimentation basins for purifying sedimentation basin can preferably filter ejected wash water, multifeed clarifier
Multiple precipitation purification, during precipitation purification, partition board causes clean-up effect to be improved, while when can also reduce purification
Between so that send the recirculated water into agitating device clean so as to preferably be cleaned, and set in overflow pipe to natural sand enough
There is monitoring sensor, when monitoring sensor has detected that flow is out-of-date, water supply is rinsed in just control flushing pump adjustment, so that
Working efficiency is further improved.
Description of the drawings
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.
Fig. 1 is schematic structural view of the invention；
Fig. 2 is the second agitating device structure diagram in the present invention；
Fig. 3 is the first distribution blade construction schematic diagram in the present invention；
In figure：1- agitating devices, 11- stirring cylinders, the first stirring structures of 12-, 121- triangular vanes, the first electricity of 13-
Machine, the first discharge ports of 14-, 15- overflow pipes, 16- flushing pipes, 17- flushing pumps, 18- monitoring sensors, 2- drying units, 21-
Baking barrel body, 22- inclined surface, 23- water outlets, the second discharge ports of 24-, 25- screening buckets, the second agitating devices of 26-, 261- first
Distribution blade, the pointed protrusions of 2611-, the first circular traces of 2612-, the second circular traces of 2613-, 262- second are distributed blade,
263- shafts, 264- perching knives, 265- gaps, the second motors of 27-, 3- screening plants, 31- Multilayer vibrating screens, 32- outlets, 33- claim
Bucket, 34- pedestals, 35- angular adjustment apparatus, 351- angles adjustment stepper motor, 352- screws, 353- screws, 4- dischargers,
41- levers, 42- discharging stepper motors, 43- covers, 5- purification sedimentation basins, 51- sedimentation basins, 52- communication ports, 53- partition boards.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other without creative efforts
Embodiment shall fall within the protection scope of the present invention.
As shown in FIG. 1 to 3, natural sand detection programmable integrated process proposed by the present invention, including
Agitating device 1, drying unit 2, the screening plant 3 set gradually from top to bottom；
Agitating device 1 includes stirring cylinder 11 and the first stirring structure 12 being arranged in stirring cylinder 11, the first stirring
Structure 12 is connect with the first motor 13, the bucket bottom of the concordant and close stirring cylinder 11 in the lower face of the first stirring structure 12, stirring
The side at 11 barrels of bottoms of staving is provided with the first discharge port 14；
Drying unit 2 includes the baking barrel body 21 for being located at 14 lower section of the first discharge port and bottom is inclined surface 22, inclined surface
22 side on the lower is provided with water outlet 23, top side is provided with the second discharge port 24, be provided in baking barrel body 21 with
The identical screening bucket 25 of its shape sieves in bucket 25 and is provided with the second agitating device 26, the second agitating device 26 and the second motor
27 connections,
The first distribution blade 261 and second that second agitating device 26 includes being arranged on 263 both sides of shaft is distributed blade
262, the first distribution blade 261 and second is distributed blade 262 and includes several pointed protrusions towards 263 direction of rotation of shaft
2611, when shaft 263 rotates, the pointed raised 2611 end movement locus of the first distribution blade 261 forms the first circular trace
2612, the pointed raised 2611 end movement locus of the second distribution blade 262 forms the second circular trace 2613, the first circular rail
Mark 2612 and 2613 concentric of the second circular trace and misaligned；
Screening plant 3 includes the Multilayer vibrating screen 31 for being located at 24 lower section of the second discharge port, and Multilayer vibrating screen 31 is from top to bottom
Several outlets 32 are provided with, are both provided with weighing bucket 33 at each outlet 32,31 bottom end of Multilayer vibrating screen is hingedly arranged on pedestal
On 34, it is provided with to adjust angular adjustment apparatus 35 of the vibrating screen angle so as to fulfill 32 dischargings of outlet on pedestal 34.
In the present invention, it can be realized to natural by agitating device 1, drying unit 2, automatically processing for screening plant 3
The detection of sand, so as to time saving and energy saving, the efficient modulus and clay content for obtaining detection natural sand, therefore the used time of the invention is short, from
Dynamicization degree is high, labor intensity very little.
Technical scheme of the present invention be not arbitrarily bring stirring, drying, screening three devices just can realize, and stir
It mixes the staff in station and does not expect that the detection of natural sand can be by the stirring that sets gradually up and down, drying, screening three
A device just can realize the automatic detection of natural sand, while the staff in mixing plant is also not aware which type of is stirred
Device can realize that the stirring of the good natural sand of effect is cleaned, it is not known which type of drying equipment can replace shining sand realization height
Effect quickly and effectively dry by natural sand, the technical program inventor it is originally envisaged that on the basis of improve by continuous, so as to
This technical solution is had devised, mentality of designing is clear, is proved by actual use, can substitute existing natural sand inspection completely
It surveys.
In the present invention, in the stirring cylinder 11 of agitating device 1 plus after water and natural sand, the first stirring structure 12 is to natural sand
The stirring in cleaning process is carried out, and not all agitating paddle is suitable for the stirring of natural sand cleaning process, this is stirred
The purpose for mixing process be clean natural sand in soil and unavailable differential, the duration of cleaning determined by the well-illuminated degree of ejected wash water
It is fixed, therefore different from the stirring of batch mixing, and the resistance of natural sand is larger, even if being also required to overcome higher drag ability in water
Enough to realize, the design at concordant by the lower face of the first stirring structure 12 and close 11 barrels of bottoms of stirring cylinder of the present invention actually makes
It is improved with proof mixing effect, therefore the present invention has the advantages that the stirring of natural sand detection process is efficient.
The natural sand cleaned is connected into abrasive band water by the first discharge port 14 in the present invention, after stirring and is sent into drying together
Device 2 is filtered drying, in order to realize efficient filtering drying, has drying structure in drying unit 2 for the prior art, therefore
It is not described, the present invention mainly devises baking barrel body 21 and screening bucket 25,25 top of screening bucket are divided at a distance of shorter
For the second agitating device 26, and the bucket bottom of baking barrel body 21 and screening bucket 25 is inclined surface 22, can not only improve drying effect
Rate also is able to realize best discharging, and the inclination angle for being set as 8 ° is drying and discharging is optimum structure, and drying effect will not
Very poor, discharging is also fine, therefore Integral cleaning, filtering, drying, discharging can be with for each step effect, and with very high
Practicability.
In the present invention, the damp sand of filtered water in bucket 25 is sieved, is just more difficult to carry out relative to the sand in water in stirring cylinder 11
Stirring, and most importantly need to consider the problems of rapidly and efficiently to dry, it is not that existing agitating device is increased into power just
This can be solved the problems, such as very well, be not optimal selection, therefore the present invention is by constantly changing even if increase power and can solve
Into the second agitating device 26 is devised, the main shaft 263 for including connecting with the second motor 27, the both sides of shaft 263 are first
It being distributed blade 261 and second and is distributed blade 262, pointed raised the 2611 of two distribution blades can disperse damp sand well,
Particularly two distribution blade pointed raised 2611 track interval and mutually at equal intervals design, can constantly repeat general
Damp sand is broken up, and high efficiency drying process is made to have obtained strong guarantee, and such mode can after adequately discharged, as long as beating
The second discharge port 24 is opened, by 26 continuous firing of the second agitating device, just can realize discharging, because the design of the invention everywhere is filled
Divide the thought for taking into account high-efficiency multi-function, have the advantages that be simple and efficient.
In the present invention, the dry sand after drying can send to screening plant 3 to detect and sieve after discharging by the second discharge port 24
Modulus, after Multilayer vibrating screen 31 is sieved, the angular adjustment apparatus 35 of 32 dischargings can easily tilt the sand of different moduluses
Different weighing buckets 33 are sent to, and weighing bucket 33 can be connect with display screen, so as to clearly show that out test data, therefore
It can be by automatically controlling so as to fulfill self-emptying to angular adjustment apparatus 35, and you can clearly show that test knot
Fruit.
Further, the first distribution blade 261 and second is distributed the lower section of blade 262 and is both provided with perching knife 264, perching knife 264,
First distribution blade 261, second is distributed blade 262 and is obliquely installed and is tilted down towards direction of rotation.
Further, perching knife 264 and first is distributed between blade 261, and perching knife 264 and second is distributed between blade 262, is all provided with
It is equipped with gap 265.
In the present invention, the first distribution blade 261 and second, which is distributed under blade 262, is additionally provided with perching knife 264, and between have between
Gap 265, perching knife 264, gap 265 and first are distributed blade 261 and second and are distributed under the cooperation of blade 262, can be further
Sand dispersion effect is improved, so as to improve drying efficiency, and causes the more complete exhaustive of discharging so that measurement accuracy
Further raising is obtained.
Further, the first discharge port 14, discharger 4 is both provided at the second discharge port 24, discharger 4 includes hinged setting
In the lever 41 of 21 bottom surface of stirring cylinder 11 or baking barrel body, 41 one end of lever is connect with discharging stepper motor 42, the other end
It is provided with cover 43.
Further, pedestal 34 is L-type, and angular adjustment apparatus 35 includes hingedly being arranged on the angle adjustment step on 34 top of pedestal
Stepper motor 351, angle adjustment stepper motor 351 are connected with screw 352, and the side of 31 lower part of Multilayer vibrating screen is provided with screw
353, screw 352 is matched with screw 353.
In the present invention, the discharging of the first discharge port 14, the second discharge port 24 is completed by automatic discharger 4, by
Discharging stepper motor 42 drives lever to realize the opening and closing of cover 43, and angle, which adjusts stepper motor 351, can also pass through silk
Bar 352, screw 353 realize the discharging of different modulus sand words being sieved in Multilayer vibrating screen 31, discharging stepper motor 42, angle tune
It is the prior art, therefore the technical program is not excessive Jie that synchronizing stepper motor 351 carries out control by same or different controllers
It continues, therefore integrated automation degree of the present invention is high, using being also convenient for, practicability is high.
Further, the first stirring structure 12 includes the triangular vane 121 of several circumference setting.
In the present invention, the first stirring structure 12 is designed as triangular vane 121, and practical effect can meet natural sand
Cleaning stirring, more practicability and effectiveness.
Further, purification sedimentation basin 5 is further included, the top of stirring cylinder 11 is provided with overflow pipe 15, overflow pipe 15, water outlet
Mouth 23 is connected to 5 side of purification sedimentation basin, and purification 5 opposite side of sedimentation basin is connected to stirring cylinder 11 by flushing pipe 16, rushes
It washes on pipeline 16 and is provided with flushing pump 17.
In the present invention, the cleaning whipping process in agitating device 1 can keep water constant, can also pass through flush pipe
Road 16 is persistently rinsed natural sand, and the effect by 16 continual rinsing of flushing pipe is more preferable, moreover, the water supply persistently cleaned
It can be provided, and stirring cylinder 11 can be flowed out from overflow pipe 15 by purifying the cycle of sedimentation basin 5, so as to realize well
Continual rinsing.
Further, purification sedimentation basin 5 includes separating setting successively and the top of separated place is provided with the several of communication port 52
A sedimentation basin 51, the top of sedimentation basin 51 are provided with partition board 53.
Further, from close to 23 side of water outlet to the partition board in 16 side of flushing pipe, several sedimentation basins 51
53 length gradually increases.
Further, monitoring sensor 18 is provided in overflow pipe 15.
In the present invention, several sedimentation basins 51 of purification sedimentation basin 5 can preferably filter ejected wash water, multifeed clarifier
51 multiple precipitation purification, during precipitation purification, partition board 53 is so that clean-up effect is improved, while can also reduce purification
Time so that send clean so as to preferably be cleaned to natural sand, and in overflow pipe 15 enough to the recirculated water in agitating device 1
Monitoring sensor 18 is provided with, when monitoring sensor 18 has detected that flow is out-of-date, just the adjustment of control flushing pump 17, which is rinsed, supplies water
Amount, so that working efficiency is further improved.
The foregoing is merely a prefered embodiment of the invention, is not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent replacement, improvement and so on should all be included in the protection scope of the present invention.
Claims (10)
1. natural sand detect programmable integrated process, which is characterized in that including set gradually from top to bottom agitating device (1), drying
Device (2), screening plant (3)；
The agitating device (1) includes stirring cylinder (11) and the first stirring structure being arranged in the stirring cylinder (11)
(12), first stirring structure (12) connect with the first motor (13), and the lower face of first stirring structure (12) is concordant
And close to the bucket bottom of the stirring cylinder (11), the side at stirring cylinder (11) the bucket bottom is provided with the first discharge port (14)；
Drying unit (2) is including being located at the baking barrel body that below first discharge port (14) and bottom is inclined surface (22)
(21), the side of the inclined surface (22) on the lower is provided with water outlet (23), top side is provided with the second discharge port (24),
The screening bucket (25) identical with its shape is provided in the baking barrel body (21), being provided with second in the screening bucket (25) stirs
Device (26) is mixed, second agitating device (26) connect with the second motor (27),
First distribution blade (261) and second distribution of second agitating device (26) including being arranged on shaft (263) both sides
Blade (262), the first distribution blade (261) and the second distribution blade (262) include several and turn towards described
Pointed raised (2611) of axis (263) direction of rotation, when the shaft (263) rotates, the institute of the first distribution blade (261)
It states pointed raised (2611) end movement locus and forms the first circular trace (2612), the institute of the second distribution blade (262)
It states pointed raised (2611) end movement locus and forms the second circular trace (2613), first circular trace (2612) and institute
State the second circular trace (2613) concentric and misaligned；
The screening plant (3) is shaken including being located at the Multilayer vibrating screen (31) below second discharge port (24), the multilayer
Dynamic sieve (31) is provided with several outlets (32) from top to bottom, and weighing bucket (33) is both provided at each outlet (32), described
Multilayer vibrating screen (31) bottom end is hingedly arranged on pedestal (34), is provided with to adjust vibrating screen angle on the pedestal (34)
So as to fulfill the angular adjustment apparatus (35) of described outlet (32) discharging.
2. natural sand according to claim 1 detects programmable integrated process, which is characterized in that the first distribution blade (261) and
Perching knife (264), the perching knife (264), the first distribution blade are both provided with below the second distribution blade (262)
(261), the second distribution blade (262) is obliquely installed and is tilted down towards direction of rotation.
3. natural sand according to claim 2 detects programmable integrated process, which is characterized in that the perching knife (264) and described first
It is distributed between blade (261), between the perching knife (264) and the second distribution blade (262), is both provided with gap (265).
4. natural sand according to claim 1 detects programmable integrated process, which is characterized in that first discharge port (14), described
Discharger (4) is both provided at second discharge port (24), the discharger (4) is including being hingedly arranged on the stirring cylinder (11)
Or the lever (41) of baking barrel body (21) bottom surface, described lever (41) one end are connect with discharging stepper motor (42), separately
One end is provided with cover (43).
5. programmable integrated process is detected according to the natural sand of Claims 1 to 4 any one, which is characterized in that the pedestal (34)
For L-type, the angular adjustment apparatus (35) adjusts stepper motor including being hingedly arranged on the angle on the pedestal (34) top
(351), the angle adjustment stepper motor (351) is connected with screw (352), and the side of Multilayer vibrating screen (31) lower part is set
Screw (353) is equipped with, the screw (352) matches with the screw (353).
6. programmable integrated process is detected according to the natural sand of Claims 1 to 4 any one, which is characterized in that first stirring
The triangular vane (121) that structure (12) is set including several circumference.
7. programmable integrated process is detected according to the natural sand of Claims 1 to 4 any one, which is characterized in that it is heavy to further include purification
Shallow lake pond (5), the top of the stirring cylinder (11) are provided with the overflow pipe (15), the overflow pipe (15), the water outlet
(23) described purification sedimentation basin (5) side is connected to, purification sedimentation basin (5) opposite side is connected to by flushing pipe (16)
The stirring cylinder (11) is provided with flushing pump (17) on the flushing pipe (16).
8. natural sand according to claim 7 detects programmable integrated process, which is characterized in that the purification sedimentation basin (5) including according to
The secondary top for separating setting and separated place is provided with several sedimentation basins (51) of communication port (52), the sedimentation basin (51) it is upper
Portion is provided with partition board (53).
9. natural sand according to claim 8 detects programmable integrated process, which is characterized in that from close to the water outlet (23) side
Length to the partition board (53) in flushing pipe (16) side, several described sedimentation basins (51) gradually increases.
10. natural sand according to claim 1 detects programmable integrated process, which is characterized in that is provided in the overflow pipe (15)
Monitor sensor (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611253961.9A CN108267542B (en) | 2016-12-30 | 2016-12-30 | Natural sand detects comprehensive processor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611253961.9A CN108267542B (en) | 2016-12-30 | 2016-12-30 | Natural sand detects comprehensive processor |
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| CN108267542A true CN108267542A (en) | 2018-07-10 |
| CN108267542B CN108267542B (en) | 2020-06-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112816476A (en) * | 2021-01-13 | 2021-05-18 | 太原市玉磊预拌混凝土有限公司 | Natural sand mud content detection device and detection method based on image scanning |
Citations (14)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112816476B (en) * | 2021-01-13 | 2024-04-02 | 太原市玉磊预拌混凝土有限公司 | Natural sand mud content detection device and detection method based on image scanning |
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