CN112974503A

CN112974503A - Ecological soil remediation equipment

Info

Publication number: CN112974503A
Application number: CN202110053429.7A
Authority: CN
Inventors: 王鼎楠; 许纯留
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-04-30
Filing date: 2021-04-30
Publication date: 2021-06-18

Abstract

The invention provides ecological soil remediation equipment, wherein a motor is installed at the upper end of an equipment main body, an auger is rotated at the lower end of the motor, a liquid outlet hole is rotated at the outer side of the lower end of the auger, hinges are hinged at two sides inside the liquid outlet hole, a sealing plate is swung at one side of the hinges, a liquid storage box is installed at the upper end inside the equipment main body, liquid medicine enters the inside of a pipeline through the liquid storage box, the liquid medicine can be prevented from entering the inside of the auger when the auger stops rotating through a baffle plate, the auger rotates to generate centrifugal force, airflow impacts one side of the baffle plate, the baffle plate and a rotating bearing are swung at an angle, a swing frame can be swung at an inclined angle, the swing frame can drive a shaft arm to swing at an angle through a first bearing, the shaft arm rotates around a.

Description

Ecological soil remediation equipment

Technical Field

The invention relates to the technical field of soil remediation, in particular to ecological soil remediation equipment.

Background

Soil remediation is a technical measure for restoring the normal function of contaminated soil, and refers to transferring, absorbing, degrading and converting pollutants in the soil to reduce the concentration of the pollutants to an acceptable level or converting toxic and harmful pollutants into harmless substances by physical, chemical and biological methods;

the retrieval shows that the device for restoring the heavily polluted soil has a patent number of CN201910685131.0, different liquid outlet valves can be opened in the process of descending the soil loosening and spraying auger, layered irrigation is carried out on geology with different pollutants according to different soil depths, and the medicament is sprayed out in a pressurizing mode to have a wider radiation range;

wherein, the deficiency points are as follows:

because of soil easily adheres to the outside of prosthetic devices, this kind of prosthetic devices is when boring soil, and prosthetic devices can't avoid soil to get into prosthetic devices inside through going out the liquid hole, and soil need evenly add the liquid medicine in the repair process and mix, and this kind of prosthetic devices need the manual valve of opening, can't utilize to bore the centrifugal force that the in-process produced, and the automation is being bored and is getting the in-process and adding the liquid medicine.

Disclosure of Invention

In order to solve the above technical problems, the present invention provides an ecological soil remediation device to solve the problems described in the above background art.

The invention relates to ecological soil remediation equipment, which aims at achieving the purposes and effects by the following specific technical means: the utility model provides an ecological soil repair equipment, includes the equipment main part, the motor is installed to the upper end of equipment main part, the lower extreme rotation of motor has the auger, the outside rotation of auger lower extreme has a liquid hole, it has the hinge to go out the inside both sides in liquid hole articulated, one side swing of hinge has the closing plate, the stock solution box is installed to the inside upper end of equipment main part, the inboard embedding of stock solution box has the inner chamber, the lower extreme of stock solution box runs through there is the pipeline, the snap ring is installed near the outside of stock solution box to the auger, the inboard rotation of snap ring has the gyro wheel.

Preferably, the motor passes through power cord and power electric connection, when the motor is 360 rotatory with the auger, produce centrifugal force, the closing plate is 90 swings with the hinge, and the fixture block is 360 rotations in the inside of inner chamber simultaneously, and the snap ring is hourglass hopper-shaped and sets up, and the closing plate is the semicircle arcuation setting.

Preferably, one side that the auger is close to the pipeline articulates there is swivel bearing, swivel bearing's one end swing has the baffle, swivel bearing's opposite side swing has the swing span, the both sides rotation of swing span has first bearing, the one side swing of first bearing has the armshaft, the inboard of armshaft articulates there is the second bearing, one side activity nested that the arm kept away from the swing span has fixed bearing, the pipeline is close to the one end of baffle and installs the mount, the one end swing of mount has the third bearing, one side swing that the third bearing is close to the baffle has the support, the opposite side swing of third bearing has the drive frame, one side that the drive frame is close to the auger is embedded into has the slide rail, the sleeve is installed to one side of slide rail, telescopic inboard activity nested connection has flexible post, one side of flexible post articulates there is rotatory spheroid, the inner side of the rotary sphere is provided with a convex strip and a scraping plate.

Preferably, the pipeline is "L" form setting, and the pipeline is close to one side of auger and is horizontal "T" form setting, and the auger is inside to be the concave shape setting, and when the auger is 360 rotations, the pipeline is the activity rotation with the outer wall of auger.

Preferably, the baffles are arranged in an inclined manner at an angle of 15-45 degrees, the swing frame is arranged in a semicircular arc manner, the baffles swing at an angle with the swing frame through a rotating bearing, every two baffles are arranged in a group, and the baffles are integrally arranged in a transverse V shape.

Preferably, the shaft arm is arranged in a triangular shape, when the swing frame swings horizontally, one end of the shaft arm rotates 360 degrees around the fixed bearing, and the included angle of the inner side of the shaft arm is 120 degrees and 180 degrees.

Preferably, the driving frame is arranged in an inclined L shape, when the baffle swings obliquely, the baffle hits one end of the support, and meanwhile, the support swings horizontally and reciprocally with the driving frame through the third bearing.

Preferably, the slide rail is horizontally inclined by 15-45 degrees, the sleeve is arranged at one end of the lower part of the slide rail, and when the driving frame swings rightwards, the telescopic column extends leftwards on the inner side of the slide rail, and the raised line extends to the high part of the slide rail.

Preferably, the scraping plate penetrates through the inner side of the driving frame, and the lower end of the driving frame is transversely concave.

Has the advantages that:

1. when the auger rotates, soil is drilled upwards, meanwhile, the sealing plate swings 90 degrees through the hinge, the auger drives the clamping ring to rotate at the inner side of the inner cavity, the roller wheel is rotated at one end of the clamping ring, the friction force between the clamping ring and the liquid storage box can be reduced through the roller wheel, the auger is further convenient to rotate at the inner side of the liquid storage box, and soil can be prevented from entering the interior of the auger through the liquid outlet hole through the sealing plate;

2. the liquid medicine enters the inside of the pipeline through the liquid storage box, the liquid medicine is prevented from entering the inside of the packing auger when the packing auger stops rotating through the baffle plate, the packing auger rotates to generate centrifugal force, air flow impacts one side of the baffle plate, the baffle plate and the rotating bearing are in angular swing, meanwhile, the swing frame can be in inclined swing, the swing frame can drive the shaft arm to be in angular swing through the first bearing, the shaft arm rotates through the second bearing by taking the fixed bearing as a circle center, the shaft arm drops to the lower end of the fixed bearing after rotating for a circle, and meanwhile, due to inertia, one side of the shaft arm is pushed to one side of the swing frame, and the shaft arm is arranged on two sides of the swing frame, so the swing frame can swing left and right, and;

3. when the baffle swings left and right, the baffle is extruded to one end of the support, the support swings upwards, the support can drive the driving frame to swing through the third bearing, when the driving frame swings right, the driving frame can conveniently push liquid medicine to rapidly enter the interior of the auger, the liquid medicine can uniformly enter soil outside the auger through the liquid outlet hole, the slide rail is arranged on the inner side of the driving frame, the telescopic column can generate leftward inertia simultaneously, the telescopic column can slide to one end of the high part of the slide rail, the telescopic column can drive the convex strip and the scraping plate to slide through the rotary sphere, the convex strip can rapidly slide because the slide rail is arranged in an inclined shape, the convex strip can synchronously drive the scraping plate to slide in the slide rail, so that when the driving frame returns upwards, the scraping plate can push the liquid medicine in the driving frame to enter the interior of the auger, and the liquid medicine is prevented from entering the interior of the auger after the auger generates centrifugal, the soil remediation equipment can automatically add liquid medicine in the drilling process by utilizing the centrifugal force generated in the drilling process.

Drawings

FIG. 1 is a schematic view of the overall cross-sectional structure of the present invention.

FIG. 2 is a schematic view of the partial structure of the packing auger of the present invention.

FIG. 3 is an enlarged view of the structure at A in FIG. 1 according to the present invention.

FIG. 4 is an enlarged view of the structure at B in FIG. 1 according to the present invention.

FIG. 5 is an enlarged view of the structure of FIG. 4 at C according to the present invention.

Fig. 6 is a schematic structural view of a mounting bracket assembly of the present invention.

FIG. 7 is an enlarged view of the structure shown in FIG. 6 at D according to the present invention.

In fig. 1 to 7, the correspondence between the component names and the reference numbers is:

1-equipment body, 101-motor, 102-auger, 103-liquid outlet hole, 104-hinge, 105-sealing plate, 2-liquid storage box, 201-inner cavity, 202-pipeline, 3-snap ring, 301-roller, 4-rotary bearing, 401-baffle, 402-swing frame, 403-first bearing, 404-shaft arm, 405-second bearing, 406-fixed bearing, 5-fixed frame, 501-third bearing, 502-bracket, 503-driving frame, 504-slide rail, 6-sleeve, 601-telescopic column, 602-rotary sphere, 603-convex strip and 604-scraping plate.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, rather than all embodiments, and all other embodiments obtained by a person of ordinary skill in the art without creative efforts based on the embodiments of the present invention belong to the protection scope of the present invention.

Example (b):

as shown in figures 1 to 7:

example 1: a motor 101 is installed at the upper end of an equipment main body 1, an auger 102 is rotated at the lower end of the motor 101, a liquid outlet hole 103 is rotated at the outer side of the lower end of the auger 102, hinges 104 are hinged to two sides inside the liquid outlet hole 103, a sealing plate 105 swings at one side of the hinge 104, a liquid storage box 2 is installed at the upper end inside the equipment main body 1, an inner cavity 201 is embedded into the inner side of the liquid storage box 2, a pipeline 202 penetrates through the lower end of the liquid storage box 2, a clamping ring 3 is installed at the outer side, close to the liquid storage box 2, of the auger 102, a roller 301 rotates at the inner side of the clamping ring 3, the motor 101 is electrically connected with a power supply through a power line, when the motor 101 rotates at 360 degrees with the auger 102, centrifugal force is generated, the sealing plate 105 swings at 90 degrees with the hinge 104;

wherein: when the packing auger 102 rotates, soil is drilled upwards, meanwhile, the sealing plate 105 swings 90 degrees through the hinge 104, the packing auger 102 drives the clamping ring 3 to rotate at the inner side of the inner cavity 201, the roller 301 is arranged at one end of the clamping ring 3 in a rotating mode, friction between the clamping ring 3 and the liquid storage box 2 can be reduced through the roller 301, the packing auger 102 can conveniently rotate at the inner side of the liquid storage box 2, and soil can be prevented from entering the packing auger 102 through the liquid outlet hole 103 through the sealing plate 105;

example 2: the upper end of the equipment main body 1 is provided with a motor 101, the lower end of the motor 101 is provided with a packing auger 102 in a rotating way, the outer side of the lower end of the packing auger 102 is provided with a liquid outlet hole 103 in a rotating way, two sides inside the liquid outlet hole 103 are hinged with hinges 104, one side of the hinges 104 swings with a sealing plate 105, the upper end inside the equipment main body 1 is provided with a liquid storage box 2, the inner side of the liquid storage box 2 is embedded with an inner cavity 201, the lower end of the liquid storage box 2 is provided with a pipeline 202 in a penetrating way, the outer side of the packing auger 102 close to the liquid storage box 2 is provided with a snap ring 3, the inner side of the snap ring 3 is provided with a roller 301 in a rotating way, one side of the packing auger 102 close to the pipeline 202 is hinged with a rotating bearing 4, one end of the rotating bearing 4 is provided with a baffle 401 in a swinging way, the other side of the rotating bearing 4 is provided with a swinging, a fixing frame 5 is installed at one end, close to the baffle 401, of the pipeline 202, a third bearing 501 is arranged at one end of the fixing frame 5 in a swinging mode, a support 502 is arranged at one side, close to the baffle 401, of the third bearing 501 in a swinging mode, a driving frame 503 is arranged at the other side of the third bearing 501 in a swinging mode, a sliding rail 504 is embedded into one side, close to the packing auger 102, of the driving frame 503, a sleeve 6 is installed at one side of the sliding rail 504, a telescopic column 601 is movably connected to the inner side of the sleeve 6 in a nested mode, a rotary sphere 602 is hinged to one side of the telescopic column 601, a protruding strip 603 and a scraping plate 604 are installed on the inner side of the rotary sphere 602, the pipeline 202 is arranged in an L shape, one side, close to the packing auger 102, is arranged in a transverse T shape;

wherein: the liquid medicine enters the pipeline 202 through the liquid storage box 2, the liquid medicine is prevented from entering the packing auger 102 through the baffle 401 when the packing auger 102 stops rotating, centrifugal force is generated by rotation of the packing auger 102, airflow impacts one side of the baffle 401, the baffle 401 and the rotating bearing 4 swing at an angle, meanwhile, the swing frame 402 can swing obliquely, the swing frame 402 can drive the shaft arm 404 to swing at an angle through the first bearing 403, the shaft arm 404 rotates through the second bearing 405 with the fixed bearing 406 as a circle center, the shaft arm 404 rotates for a circle and then falls to the lower end of the fixed bearing 406, meanwhile, due to inertia, one side of the shaft arm 404 is pushed to one side of the swing frame 402, and the shaft arm 404 is arranged on two sides of the swing frame 402, so that the swing frame 402 can swing left and right, and the swing frame 402 can drive the baffle 401 through the rotating bearing;

example 3: one side of the packing auger 102 close to the pipeline 202 is hinged with a rotary bearing 4, one end of the rotary bearing 4 swings to form a baffle 401, the other side of the rotary bearing 4 swings to form a swing frame 402, two sides of the swing frame 402 rotate to form a first bearing 403, one side of the first bearing 403 swings to form a shaft arm 404, the inner side of the shaft arm 404 is hinged to form a second bearing 405, one side of the shaft arm 404 far away from the swing frame 402 is movably nested with a fixed bearing 406, one end of the pipeline 202 close to the baffle 401 is provided with a fixed frame 5, one end of the fixed frame 5 swings to form a third bearing 501, one side of the third bearing 501 close to the baffle 401 swings to form a support 502, the other side of the third bearing 501 swings to form a driving frame 503, one side of the driving frame 503 close to the packing auger 102 is embedded with a sliding rail 504, one side of the sliding rail 504 is provided with a sleeve 6, convex strips 603 and scraping plates 604 are arranged on the inner side of a rotary sphere 602, the baffle plates 401 are arranged in an inclined manner at 15-45 degrees, the swing frame 402 is arranged in a semicircular arc manner, the baffle plates 401 swing at an angle with the swing frame 402 through a rotary bearing 4, every two baffle plates 401 are arranged in a group, the baffle plates 401 are integrally arranged in a transverse V shape, the shaft arms 404 are arranged in a triangular shape, when the swing frame 402 swings horizontally, one end of each shaft arm 404 rotates at 360 degrees by taking the fixed bearing 406 as a circle center, simultaneously, the included angle of the inner side of each shaft arm 401 is 180 degrees, the driving frame 503 is arranged in an inclined manner at an L angle, when the baffle plates 401 swing obliquely, the baffle plates 401 hit one end of the support frame 502, simultaneously, the support frame 502 swings horizontally and reciprocally with the driving frame 503 through the third bearing 501, the slide rail 504 is arranged in an inclined manner at 15-45 degrees horizontally, the sleeve 6 is arranged on the lower end of the slide, the telescopic column 601 extends leftwards on the inner side of the slide rail 504, the raised line 603 extends to the high position of the slide rail 504, the scraping plate 604 penetrates through the inner side of the driving frame 503, and the lower end of the driving frame 503 is transversely concave;

wherein: when the baffle 401 swings left and right, the baffle 401 is extruded to one end of the bracket 502, the bracket 502 swings upwards, the bracket 502 can drive the driving frame 503 to swing through the third bearing 501, when the driving frame 503 swings right, the driving frame 503 can conveniently push the liquid medicine to quickly enter the interior of the packing auger 102, the liquid medicine can uniformly enter the soil outside the packing auger 102 through the liquid outlet hole 103, the slide rail 504 is arranged on the inner side of the driving frame 503, so that the telescopic column 601 generates leftward inertia simultaneously, and the telescopic column 601 slides to one end of the high position of the slide rail 504, so that the telescopic column 601 can drive the convex strip 603 and the scraping plate 604 to slide through the rotary sphere 602, because the slide rail 504 is arranged in an inclined shape, the convex strip 603 can quickly slide, the convex strip 603 can synchronously drive the scraping plate 604 to slide in the slide rail 504, and therefore when the driving frame 503 returns upwards, the scraping plate 604 can push the liquid medicine in the driving frame 503 to enter the, the situation that liquid medicine is inconvenient to enter the inner part of the packing auger 102 after the packing auger 102 generates centrifugal force is avoided, so that the soil remediation equipment can automatically add the liquid medicine in the drilling process by utilizing the centrifugal force generated in the drilling process.

The working principle is as follows: the auger 102 drills soil upwards when rotating, the sealing plate 105 swings 90 degrees through the hinge 104, the auger 102 drives the snap ring 3 to rotate at the inner side of the inner cavity 201, the roller 301 is arranged at one end of the snap ring 3 in a rotating mode, friction between the snap ring 3 and the liquid storage box 2 can be reduced through the roller 301, the auger 102 can conveniently rotate at the inner side of the liquid storage box 2, soil can be prevented from entering the auger 102 through the liquid outlet hole 103 through the sealing plate 105, liquid medicine can enter the pipeline 202 through the liquid storage box 2, the liquid medicine can be prevented from entering the auger 102 when the auger 102 stops rotating through the baffle 401, centrifugal force is generated by the rotation of the auger 102, air flow impacts one side of the baffle 401, the baffle 401 and the rotating bearing 4 swing at an angle, the swing frame 402 can swing obliquely, the swing frame 402 can drive the shaft arm 404 to swing at an angle through the first bearing 403, the shaft arm 404 rotates around the fixed bearing 406 through the second bearing 405, the shaft arm 404 falls to the lower end of the fixed bearing 406 after rotating for one circle, meanwhile, due to inertia, one side of the shaft arm 404 is pushed to one side of the swing frame 402, because the shaft arm 404 is arranged on two sides of the swing frame 402, the swing frame 402 can swing left and right, further, the swing frame 402 can drive the baffle 401 to swing left and right through the rotating bearing 4, when the baffle 401 swings left and right, the baffle 401 is extruded to one end of the support 502, the support 502 swings upwards, the support 502 can drive the driving frame 503 to swing through the third bearing 501, when the driving frame 503 swings right, the driving frame 503 can conveniently push the liquid medicine to quickly enter the interior of the packing auger 102, the liquid medicine can uniformly enter the soil outside the packing auger 102 through the liquid outlet 103, and because the slide rail 504 is arranged on the inner side of the driving frame 503, the telescopic column, and then flexible post 601 slides to slide rail 504 eminence one end, make flexible post 601 can drive sand grip 603 and scrape the board 604 and slide through rotatory spheroid 602, because slide rail 504 is the slope form setting, make sand grip 603 can the landing fast, sand grip 603 can drive in step and scrape the inside landing of board 604 in slide rail 504, thereby when driving frame 503 return upwards, scrape the inside that board 604 can push the inside liquid medicine of driving frame 503 and get into auger 102, avoid auger 102 behind the centrifugal force that produces, the inconvenient inside that gets into auger 102 of liquid medicine, make this soil remediation equipment can utilize the centrifugal force that the in-process produced of getting of boring, automatic get the in-process and add the liquid medicine boring.

Claims

1. An ecological soil remediation device, includes equipment main part (1), its characterized in that: motor (101) are installed to the upper end of equipment main part (1), the lower extreme rotation of motor (101) has auger (102), the outside rotation of auger (102) lower extreme has liquid hole (103), it has hinge (104) to go out the inside both sides of liquid hole (103), one side swing of hinge (104) has closing plate (105), stock solution box (2) are installed to the inside upper end of equipment main part (1), the inboard embedding of stock solution box (2) has inner chamber (201), the lower extreme of stock solution box (2) runs through there is pipeline (202), snap ring (3) are installed in the outside that articulated auger (102) are close to stock solution box (2), the inboard rotation of snap ring (3) has gyro wheel (301).

2. The ecological soil remediation device of claim 1, wherein: motor (101) pass through power cord and power electric connection, when motor (101) were 360 rotations with auger (102), produced centrifugal force, closing plate (105) were 90 swings with hinge (104), and fixture block (3) were 360 rotations in the inside of inner chamber (201) simultaneously, and snap ring (3) are hourglass hopper-shaped and set up, and closing plate (105) are the semicircle arcuation setting.

3. The ecological soil remediation device of claim 1, wherein: one side that auger (102) is close to pipeline (202) articulates there is swivel bearing (4), the one end swing of swivel bearing (4) has baffle (401), the opposite side swing of swivel bearing (4) has swing frame (402), the both sides rotation of swing frame (402) has first bearing (403), the one side swing of first bearing (403) has an axle arm (404), the inboard of axle arm (404) articulates there is second bearing (405), one side activity nested that swing frame (402) was kept away from in axle arm (404) has fixed bearing (406), pipeline (202) is close to the one end of baffle (401) and installs mount (5), the one end swing of mount (5) has third bearing (501), the one side swing that third bearing (501) is close to baffle (401) has support (502), the opposite side swing of third bearing (501) has drive frame (503), one side embedding that drive frame (503) is close to auger (102) has slide rail (504), sleeve (6) are installed to one side of slide rail (504), the inboard movable nested connection of sleeve (6) has flexible post (601), one side of flexible post (601) articulates there is rotatory spheroid (602), sand grip (603) and scraping board (604) are installed to the inboard of rotatory spheroid (602).

4. The ecological soil remediation device of claim 3, wherein: pipeline (202) are "L" form setting, and one side that pipeline (202) are close to auger (102) is horizontal "T" form setting, and auger (102) inside is the concave shape setting, and when auger (102) is 360 rotations, pipeline (202) are the activity rotation with the outer wall of auger (102).

5. The ecological soil remediation device of claim 3, wherein: the baffle plates (401) are arranged in an inclined manner at an angle of 15-45 degrees, the swing frame (402) is arranged in a semicircular arc manner, the baffle plates (401) swing at an angle with the swing frame (402) through the rotary bearing (4), every two baffle plates (401) are arranged in a group, and the baffle plates (401) are arranged in a transverse V shape integrally.

6. The ecological soil remediation device of claim 3 or 5, wherein: the shaft arm (404) is arranged in a triangular shape, when the swing frame (402) swings horizontally, one end of the shaft arm (404) rotates at 360 degrees by taking the fixed bearing (406) as a circle center, and the included angle of the inner side of the shaft arm (401) is 120 degrees and 180 degrees.

7. The ecological soil remediation device of claim 3, wherein: the driving frame (503) is arranged in an inclined L shape, when the baffle (401) swings obliquely, the baffle (401) hits one end of the support (502), and meanwhile, the support (502) swings horizontally with the driving frame (503) in a reciprocating mode through the third bearing (501).

8. The ecological soil remediation device of claim 3, wherein: slide rail (504) are the setting of 15-45 degrees of horizontal slope, sleeve (6) set up in slide rail (504) low department one end, and when driving frame (503) swing right, flexible post (601) extend left in the inboard of slide rail (504), and sand grip (603) extend to the eminence of slide rail (504) simultaneously.

9. The ecological soil remediation device of claim 3, wherein: the scraping plate (604) penetrates through the inner side of the driving frame (503), and the lower end of the driving frame (503) is transversely concave.