CN109030064A - A kind of Soil K+adsorption equipment - Google Patents
A kind of Soil K+adsorption equipment Download PDFInfo
- Publication number
- CN109030064A CN109030064A CN201810940428.2A CN201810940428A CN109030064A CN 109030064 A CN109030064 A CN 109030064A CN 201810940428 A CN201810940428 A CN 201810940428A CN 109030064 A CN109030064 A CN 109030064A
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- soil
- vasculum
- rewinding box
- adsorption equipment
- bar
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- 238000005067 remediation Methods 0.000 abstract description 6
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Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/02—Devices for withdrawing samples
- G01N1/04—Devices for withdrawing samples in the solid state, e.g. by cutting
Abstract
The invention discloses a kind of Soil K+adsorption equipment, including moving body, equipment box on the moving body and the lifting device on the moving body and the acquisition device set on the lifting device bottom, the moving body includes pedestal, movable pulley on the pedestal, support frame on the pedestal and the support plate on support frame as described above, the lifting device is arranged in the support plate, the acquisition device includes vasculum and the drill bit set on the vasculum bottom, equipped with material collecting device and the rewinding box matched with the material collecting device in the vasculum, the rewinding box is equipped with clamp device, the rewinding box bottom is equipped with conveying device；Deep subsoil can be deep into, sampling processing is carried out to soil, convenient for being collected to deep soil, the soil after collection can be transported automatically out of vasculum, reduce sampling difficulty, make soil sample be easier to be collected, carries out remediation management conducive to the soil to a panel region.
Description
Technical field
The invention belongs to detection device technical fields, more particularly, to a kind of Soil K+adsorption equipment.
Background technique
Soil environment monitoring refers to through the measurement to the typical value for influencing soil environment quality factor, determines environmental quality
(or pollution level) and its variation tendency.We refer to soil environment monitoring at usually said soil monitoring, generally comprise cloth
The technology contents such as point sampling, sample preparation, analysis method, result characterization, statistics and quality evaluation.Existing Soil K+adsorption
Equipment can only detect the case where soil surface, can not test and analyze to the soil of deep layer, be not easy to adopt to the soil of deep layer
Sample, and it is not easily taken out the soil sample of acquisition, therefore be unfavorable for carrying out remediation management to the soil of a panel region.
Summary of the invention
The present invention for overcome the deficiencies in the prior art, provides a kind of Soil K+adsorption convenient for deep soil sample detecting
Equipment.
To achieve the goals above, the invention adopts the following technical scheme: a kind of Soil K+adsorption equipment, including locomotive
Body, the equipment box on the moving body and the lifting device on the moving body and be set to the lifting device
The acquisition device of bottom, the moving body include pedestal, the movable pulley on the pedestal, the branch on the pedestal
Support and the support plate on support frame as described above, the lifting device are arranged in the support plate, the acquisition device packet
Include vasculum and the drill bit set on the vasculum bottom, be equipped in the vasculum material collecting device and with the material collecting device phase
The rewinding box of cooperation, the rewinding box are equipped with clamp device, and the rewinding box bottom is equipped with conveying device；When Soil K+adsorption is set
For when detecting to soil, by the cooperation of lifting device and drill bit, it is able to enter vasculum to depth of soils, to deep layer
Soil is acquired detection；After entering deep subsoil under cooperation of the vasculum in lifting device and drill bit, pass through vasculum
On material collecting device processing is collected to the soil after drilling, collecting that treated through material collecting device, soil income collocation is received
In magazine, sample soil is collected by rewinding box；After the completion of soil sample, vasculum is under the action of lifting device
It rises, rewinding box is transported in vasculum by feeding device, the sample soil in rewinding box is examined convenient for staff
It surveys, carries out remediation management conducive to the soil to entire area；By the setting of clamp device, fixed function is risen to rewinding box, is adopted
For header when entering depth of soils since the work of drill bit can shake, rewinding box keeps steady under the action of clamp device
Determine state, shake rewinding box will not with vasculum, rewinding box is avoided to be detached from during shake with conveying device,
Influence the collecting work of soil sample；Soil K+adsorption equipment can be moved to geodetic to be checked by moving body, make Soil K+adsorption equipment
The soil of the panel region is detected, the practicability of Soil K+adsorption equipment is promoted.
Preferably, the material collecting device includes the first cylinder and first cylinder set on the acquisition chamber interior wall
Screw feeding bar output shaft connected driving motor and be connected with the driving motor output shaft；When vasculum enters soil
After deep layer, the first cylinder is started to work, and the first cylinder pushes driving motor to move forward, is pierced by screw feeding bar in vasculum
It is in contact with casing soil, driving motor is started to work, and so that screw feeding bar is rotated, process of the screw feeding bar in rotation
Middle agitation soil, the soil fallen in screw feeding bar are transported along the surface of spiral shell feeding rod, pass through screw feeding bar
It is collected rewinding box to sample soil；Driving motor stops working after the completion of sampling,
First cylinder task again, recycles driving motor, makes to avoid vasculum from declining in screw feeding bar retraction vasculum
Or screw feeding bar is impacted in uphill process, extend screw feeding bar service life.
Preferably, the driving motor bottom is equipped with link block, the link block bottom is equipped with push rod, on the push rod
It is arranged with sliding rail, the push rod and the sliding rail cooperate；By the mutual cooperation of push rod and sliding rail, enable push rod along
Sliding rail is slided；When the first cylinder pushes driving motor movement, driving motor drives link block and push rod to move together, pushes away
Bar is moved along sliding rail, and sliding rail plays limition orientation to driving motor, stretches out vasculum to soil convenient for screw feeding bar
Earth is collected.
Preferably, the vasculum side wall is equipped with baffle, the baffle bottom end is movably connected on the vasculum side
On wall, described push rod one end is movably connected on the baffle；Baffle shields to material collecting device, is in material collecting device
On the inside of vasculum, avoids vasculum from damaging material collecting device during rise and fall, extend the service life of material collecting device；When
For vasculum after certain depth is fixed, the first cylinder pushes driving motor outward movment, drives and pushes away while driving motor moves
Bar outward movment, push rod push baffle outward, rotate baffle around the tie point with vasculum side wall, open baffle
Inclined-plane is formed, for screw feeding bar when being acquired to soil, the inclined-plane formed by baffle makes the soil in screw feeding bar
It can fall and be fallen in rewinding box on baffle along the inclined-plane that baffle is formed, soil sample is received convenient for rewinding box
Collection.
Preferably, the conveying device includes the conveyer belt for being set to the rewinding box bottom, is used to support the transmission
The support frame of band and the first driving cog on the conveyer belt；After vasculum, which has acquired soil sample, to rise, conveyer belt
It starts to work, the rewinding box being set on conveyer belt is transported, transports rewinding box automatically out of vasculum, be convenient for work
Collection of the personnel to soil in rewinding box；It is played a supportive role by support frame to conveyer belt, conveyer belt rewinding box is made to provide branch
Effect is supportted, so that rewinding box is smoothly set on conveyer belt, soil sample is collected convenient for rewinding box.
Preferably, the rewinding box bottom is equipped with the second driving cog for matching with first driving cog, described the
One driving cog and second driving cog are that magnetic material is made；Pass through matching between the first driving cog and the second driving cog
Close, make the kinetic energy of conveyer belt it is more stable pass to rewinding box, avoid rewinding box that slipping phenomenon occurs on a moving belt, make power
Transmitting it is more accurate, rewinding box is accurately transported into vasculum convenient for conveyer belt；First driving cog and the second driving cog use
Magnetic material support, makes to attract each other between the first driving cog and the second driving cog, promotes the first driving cog and the second driving cog
Between fiting effect, avoid the first driving cog and the second driving cog from being detached from transmission process；Pass through the first driving cog
And the second adelphotaxy between driving cog, the placement for keeping rewinding box more firm on a moving belt, promote the steady of rewinding box
Determine effect.
Preferably, the clamp device includes the column being set in the rewinding box, set on a left side for the sliding rail bottom
Gag lever post, the connecting rod on left limit bar, the right limit bar being flexibly connected with the connecting rod and be set to the left limit
The second cylinder on bar；When rewinding box is packed into Material collecting box for harvesting, the second cylinder operation is driven toward left movement at the top of right limit bar, right
Gag lever post is rotated around the tie point with connecting rod, so that right limit bar bottom is turned right tilting, to make right limit bar bottom
It lifts to form entrance, enters rewinding box between left limit bar and right limit bar and complete to cooperate with column, limit is risen to rewinding box
Position effect；After rewinding box enters between left limit bar and right limit bar, the second cylinder task again pushes right limit bar top
Portion turns right movement, and right limit bar is rotated around the tie point with connecting rod, makes right limit bar bottom toward left movement, make right limit
Position bar closure is completed to cooperate with column；The stability that right limit bar increases right limit bar is resisted by the second cylinder, makes vasculum
Rewinding box is not susceptible to shake under the action of the gag lever post of left and right when shaking, enable rewinding box it is more stable be placed in transmission
It takes, the reliability that lifting means uses.
Preferably, the column is equipped with limiting slot, the gag lever post bottom is equipped with and matches with the limiting slot
Limited block；By the cooperation of limiting slot and limited block, the fixed function of gag lever post column is improved, rewinding box is avoided to acquire
As vasculum is shaken together in case motion process, the rewinding work of rewinding box is influenced, is shielded to rewinding box, is extended and receive
Magazine service life.
Preferably, the connecting rod bottom is equipped with connecting spring, the connecting spring bottom is equipped with buffer stopper, described slow
Block is rushed equipped with cushion；When bit operation makes vasculum go deep into deep subsoil, vasculum shakes, and drives in vasculum
Equipment generate vibration, by the setting of buffer stopper and cushion, the kinetic energy that rewinding box vibration generates is passed into vibration spring,
The kinetic energy for generating vibration spring to rewinding box vibration absorbs, and avoids rewinding box that violent vibration occurs and causes to rewinding box
Damage；Setting cushion avoids rewinding box and buffer stopper from directly contacting, and shields to rewinding box and buffer stopper, avoids hard object
Between direct contact cause the damage of equipment.
Preferably, the vasculum side is equipped with the dodge gate matched with the conveyer belt, the dodge gate top
Equipped with the first electromagnetic block, the vasculum side wall is equipped with the second electromagnetic block matched with first electromagnetic block, described to adopt
The supporting block matched with the dodge gate is additionally provided on header side wall；Soil is adopted when vasculum enters deep subsoil
When collection processing, the first electromagnetic block and the energization of the second electromagnetic block generate magnetic force and attract each other, and avoid dodge gate in closed state
Soil enters equipment and damages to equipment vasculum during the decline, plays protection to the equipment in vasculum and makees
With；After vasculum, which samples, to be completed to rise, the first electromagnetic block and the power-off of the second electromagnetic block lose magnetism, in dodge gate and vasculum
Wall disconnects, and dodge gate is opened outward, and the dodge gate of opening is supported block and blocks to form a platform, and rewinding box is conveying
It is transported in vasculum, is transported on the platform of dodge gate formation under the action of device, it will be in rewinding box convenient for staff
Soil carry out detection processing, conducive to the monitoring management to soil.
Sampling processing is carried out to soil the invention has the following advantages that deep subsoil can be deep into, convenient for deep soil
Earth is collected, and the soil after collection can be transported automatically out of vasculum, is reduced sampling difficulty, is easier to soil sample
It is collected, carries out remediation management conducive to the soil to a panel region.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is the structural schematic diagram of vasculum of the present invention.
Fig. 3 is enlarged drawing at the A in Fig. 2.
Fig. 4 is enlarged drawing at the B in Fig. 2.
Fig. 5 is the operation schematic diagram that vasculum baffle is opened.
Specific embodiment
In order to make those skilled in the art better understand the present invention program, below in conjunction in the embodiment of the present invention
Attached drawing, the technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only
A part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people
The model that the present invention protects all should belong in member's every other embodiment obtained without making creative work
It encloses.
As shown in Figs. 1-5, a kind of Soil K+adsorption equipment, including moving body, the equipment box on the moving body
7, the lifting device on the moving body and the acquisition device set on the lifting device bottom are equipped in equipment box 7
Power supply 71 provides electric power for equipment, and 71 side of power supply is equipped with controller 72, and the controller 72 can be PLC controller, passes through control
Device 72 processed can control the device in Soil K+adsorption equipment, keep Soil K+adsorption equipment easier to control；The moving body packet
It includes pedestal 6, the movable pulley 61 on the pedestal 6, the support frame 65 on the pedestal 6 and is set to support frame as described above 65
On support plate 67 move moving body can by the setting of movable pulley 61, convenient for Soil K+adsorption equipment is moved to
The position that need to be detected carries out sample detecting to soil, is additionally provided with fixed link 62 on pedestal 6, and 62 bottom of fixed link is set as taper, when
After moving body is moved to tested point, fixed link 62 is pushed down, makes to set Soil K+adsorption in 62 bottom of fixed link insertion soil
It is standby to play fixed function, so that Soil K+adsorption equipment is more stably fixed to tested point when being worked, promotes Soil K+adsorption
The reliability of equipment；It is equipped with pushing hands 63 at the top of the fixed link 62, Soil K+adsorption equipment is moved by pushing hands 63,
Soil K+adsorption equipment is set easily to carry out position adjustment；Monitor station 66 is equipped on the inside of support frame 65, monitor station 66 is market
On the Soil K+adsorption platform that is commercially available, the soil sample after being acquired by acquisition device is placed on monitor station 66 and examined
It surveys, the data such as the pH value, oxygen content, humidity of soil can be understood in real time, so that it is effective to facilitate testing staff to carry out soil
Remediation management；The lifting device is arranged in the support plate 67, and the acquisition device includes vasculum 1 and is set to described
The drill bit 51 of 1 bottom of vasculum, the interior rewinding box 4 for being equipped with material collecting device and being matched with the material collecting device of the vasculum 1,
The rewinding box 4 is equipped with clamp device, and 4 bottom of rewinding box is equipped with conveying device；When Soil K+adsorption equipment to soil into
Row detection when, by the cooperation of lifting device and drill bit 51, be able to enter vasculum 1 to depth of soils, to deep soil into
Row acquisition testing；After entering deep subsoil under cooperation of the vasculum 1 in lifting device and drill bit 51, by vasculum 1
Material collecting device processing is collected to the soil after drilling, the soil income that will collect that treated through material collecting device to rewinding box
In 4, sample soil is collected by rewinding box 4；After the completion of soil sample, vasculum 1 is under the action of lifting device
It rises, is transported rewinding box 4 in vasculum 1 by feeding device, the sample soil in rewinding box 4 is carried out convenient for staff
Detection carries out remediation management conducive to the soil to entire area；By the setting of clamp device, fixed function is played to rewinding box 4,
Vasculum 1 is when entering depth of soils since the work of drill bit 51 can shake, and rewinding box 4 is under the action of clamp device
Keep stable state, shake rewinding box 4 will not with vasculum 1, avoid rewinding box 4 during shake with conveying
Device is detached from, and influences the collecting work of soil sample.
The lifting device includes lifting motor 84, driving wheel 85, guide rod 82 and drive rod 83, and lifting motor 84 is stepping
Motor, lifting motor 84 are set to 7 side of equipment box, and driving wheel 85 is sheathed on 84 output shaft of lifting motor, and drive rod 83 is connected
In on guide rod 82, guide rod 82 is that drive rod 83 provides support guide effect, and drive rod 83 is arranged in support plate 67；Driving wheel 85
It is equipped with driving cog, 83 side of drive rod is equipped with the drive rod driving cog matched with the driving cog on the driving wheel 85, when
When lifting motor 84 works, driving wheel 85 is driven to rotate, by the transmission between gear while driving wheel 85 rotates, by lifting electricity
The kinetic energy of machine 84 passes to drive rod 83, and drive rod 83 makes drive rod 83 along guide rod by the cooperation between driving wheel 85
82 move down, and 83 bottom of drive rod and vasculum 1 are connected, and drive rod 83 drives vasculum 1 to move down while decline,
Make vasculum 1 that drill bit 51 be cooperated to enter deep subsoil under the promotion of drive rod 83 and sampling processing is carried out to soil；Drive rod
83 tops are equipped with limited block 81, and setting limited block 81 prevents 83 excessive descent of drive rod, so that drive rod 83 is detached from driving wheel 85, make
The damage of forming apparatus, shields to equipment, extends service life of equipment.
The material collecting device includes exporting set on the first cylinder 21 of 1 inner wall of vasculum, with first cylinder 21
The screw feeding bar 23 axis connected driving motor 22 and be connected with 22 output shaft of driving motor；It is set in screw feeding bar 23
There is helical baffle 24, translocation is carried out to the soil fallen in screw feeding bar 23 by helical baffle, enables soil
It will be in soil transport to rewinding box 4 by the barrier effect of helical baffle 24；After vasculum 1 enters deep subsoil, first
Cylinder 21 is started to work, and the first cylinder 21 pushes driving motor 22 to move forward, make screw feeding bar 23 be pierced by vasculum 1 with
Casing soil is in contact, and driving motor 22 is started to work, and so that screw feeding bar 23 is rotated, screw feeding bar 23 is in rotation
Soil is stirred in the process, and the soil fallen in screw feeding bar 23 is transported along the surface of spiral shell feeding rod 23, passes through spiral shell
Feeding rod 23 is revolved by soil transport to rewinding box 4, is collected rewinding box 4 to sample soil；It is driven after the completion of sampling
Motor 22 stops working, and the first cylinder 21 task again recycles driving motor 22, acquires 23 retraction of screw feeding bar
In case 1, vasculum 1 is avoided to impact in decline or uphill process to screw feeding bar 23, extends screw feeding bar 23
Service life.
22 bottom of driving motor is equipped with link block 25, and 25 bottom of link block is equipped with push rod 27, the push rod 27
On be arranged with sliding rail 26,26 one end of sliding rail is fixed on 1 inner wall of vasculum, and the push rod 27 cooperates with the sliding rail 26；
Push rod 27 can be slided along sliding rail 26, and when the first cylinder 21 pushes driving motor 22 to move, driving motor 22, which drives, to be connected
It connects block 25 and push rod 27 moves together, push rod 27 is moved along sliding rail 26, and sliding rail 26 plays limition orientation to driving motor 22
Effect is stretched out vasculum 1 convenient for screw feeding bar 23 and is collected to soil；Sliding rail 26 plays branch to push rod 27 and driving motor 22
Support effect, enables driving motor 22 to carry out stable work on sliding rail 26.The stability that driving motor 22 works is promoted, is increased
Add the high efficiency of soil sampling.
1 side wall of vasculum is equipped with baffle 11, and 11 bottom end of baffle is movably connected on 1 side wall of vasculum
On, described 27 one end of push rod is movably connected on the baffle 11；The flexible connection be it is hinged, baffle 11 is to material collecting device
Protective effect makes material collecting device be in 1 inside of vasculum, vasculum 1 is avoided to damage material collecting device during rise and fall,
Extend the service life of material collecting device；When vasculum 1 is after certain depth is fixed, the first cylinder 21 pushes driving motor 22 outward
Movement drives 27 outward movment of push rod while driving motor 22 moves, push rod 27 pushes baffle 11 outward, make baffle 11 around
It is rotated with the tie point of 1 side wall of vasculum, so that the unlatching of baffle 11 is formed inclined-plane, screw feeding bar 23 is adopted to soil
When collection, the inclined-plane formed by baffle 11 enables the soil in screw feeding bar 23 to fall on baffle 11 along baffle 11
The inclined-plane of formation is fallen in rewinding box 4, is collected convenient for rewinding box 4 to soil sample；27 outward movment of push rod pushes gear
When plate 11,11 bottom of baffle is rotated around baffle 11 and the junction of vasculum 1, and the junction of baffle 11 and push rod 27 is sent out
Raw rotation makes baffle 11 be capable of forming inclined-plane convenient for being collected to soil sample.
The conveying device includes the conveyer belt 3 for being set to 4 bottom of rewinding box, the biography for being used to support the conveyer belt 3
Send the first driving cog 32 with support frame 31 and on the conveyer belt 3；After vasculum 1, which has acquired soil sample, to rise,
Conveyer belt 3 is started to work, and the rewinding box 4 being set on conveyer belt 3 is transported, transports rewinding box 4 automatically out of vasculum 1
Out, the collection convenient for staff to soil in rewinding box 4；It is played a supportive role, is made to conveyer belt 3 by conveyer belt support frame 31
Conveyer belt 3 is that rewinding box 4 provides support effect, so that rewinding box 4 is smoothly set on conveyer belt 3, is convenient for 4 pairs of soil of rewinding box
Earth sample is collected.
4 bottom of rewinding box is equipped with the second driving cog 42 matched with first driving cog 32, and described first passes
Movable tooth 32 and second driving cog 42 are that magnetic material is made；By between the first driving cog 32 and the second driving cog 42
Cooperation, make the kinetic energy of conveyer belt 3 it is more stable pass to rewinding box 4, avoid rewinding box 4 that slipping phenomenon occurs on conveyer belt 3,
Keep the transmitting of power more accurate, rewinding box 4 is accurately transported into vasculum 1 convenient for conveyer belt 3；First driving cog 32 and second
Driving cog 42 is made of magnetic material, makes to attract each other between the first driving cog 32 and the second driving cog 42, is promoted first and is passed
Fiting effect between movable tooth 32 and the second driving cog 42 avoids the first driving cog 32 and the second driving cog 42 in transmission process
It is detached from；By the adelphotaxy between the first driving cog 32 and the second driving cog 42, make rewinding box 4 is more firm to put
It sets on conveyer belt 3, promotes the stablizing effect of rewinding box 4.
The clamp device includes the column 41 in the rewinding box 4, the left limit set on 26 bottom of sliding rail
It bar 261, the connecting rod 2612 on left limit bar 261, the right limit bar 262 being flexibly connected with the connecting rod 2612 and sets
In the second cylinder 2611 on the left limit bar 261；When rewinding box 4 is packed into Material collecting box for harvesting 1, the work of the second cylinder 2611, band
Toward left movement, right limit bar 262 is rotated around the tie point with connecting rod 2612, makes right limit at dynamic 262 top of right limit bar
The tilting of turning right of position bar 262 bottom so that 262 bottom of right limit bar be made to lift to form entrance makes rewinding box 4 enter left limit bar
It completes to cooperate with column 41 between 261 and right limit bar 262, position-limiting action is risen to rewinding box 4；When rewinding box 4 enters left limit
After between position bar 261 and right limit bar 262, the second cylinder 2611 task again pushes movement of turning right at the top of right limit bar 262,
Right limit bar 262 is rotated around the tie point with connecting rod 2612, is made 262 bottom of right limit bar toward left movement, is made right limit
The position closure of bar 262 is completed to cooperate with column 41；Right limit bar 262, which is resisted, by the second cylinder 2611 increases right limit bar 262
Stability, rewinding box 4 is not susceptible to shake under the action of the gag lever post of left and right when shaking vasculum 1, enables rewinding box 4
It is enough more stable to be placed on conveyer belt 3, the reliability that lifting means uses.
The column 41 is equipped with limiting slot 411, and the left limit bar 261 and 262 bottom of right limit bar are equipped with
The limited block 2616 matched with the limiting slot 411；By the cooperation of limiting slot 411 and limited block 2616, limit is improved
The fixed function of bar column 41 avoids rewinding box 4 from, as vasculum 1 is shaken together, influencing to receive in 1 motion process of vasculum
The rewinding of magazine 4 works, and shields to rewinding box 4, extends 4 service life of rewinding box.
2612 bottom of connecting rod is equipped with connecting spring 2613, and 2613 bottom of connecting spring is equipped with buffer stopper
2614, the buffer stopper 2614 is equipped with cushion 2615；Cushion 2615 is made of rubber material, when the work of drill bit 51 makes to adopt
When header 1 gos deep into deep subsoil, vasculum 1 shakes, and drives the equipment in vasculum 1 to generate vibration, passes through buffer stopper
2614 and cushion 2615 setting, by rewinding box 4 vibration generate kinetic energy pass to vibration spring 2613, make shake spring
The kinetic energy that 2613 pairs of vibrations of rewinding box 4 generate absorbs, and avoids rewinding box 4 that violent vibration occurs and causes to damage to rewinding box 4
It is bad；Setting cushion 2615 avoids rewinding box 4 and buffer stopper 2614 from directly contacting, and plays protection to rewinding box 4 and buffer stopper 2614
Effect avoids the direct contact between hard object from causing the damage of equipment.
1 side of vasculum is equipped with the dodge gate 12 matched with the conveyer belt 3, and 12 top of dodge gate is equipped with
First electromagnetic block 121,1 side wall of vasculum are equipped with the second electromagnetic block 13 matched with first electromagnetic block 121, institute
State the supporting block 16 for being additionally provided on 1 side wall of vasculum and matching with the dodge gate 12；When vasculum 1 enters deep subsoil pair
When soil is acquired processing, the first electromagnetic block 121 and the energization of the second electromagnetic block 13 generate magnetic force and attract each other, and make dodge gate 12
Avoiding vasculum 1 in closed state, soil is entered in vasculum 1 and is damaged to equipment during the decline, to acquisition
Equipment in case 1 shields；After vasculum 1, which samples, to be completed to rise, the first electromagnetic block 121 and the power-off of the second electromagnetic block 13
It loses magnetism, dodge gate 12 is disconnected with 1 inner wall of vasculum, and dodge gate 12 is opened outward, and the dodge gate 12 of opening is supported
Block 16 blocks to form a platform, and rewinding box 4 is transported under the action of conveying device in vasculum 1, is transported to activity
On the platform that door 12 is formed, the soil in rewinding box 4 is subjected to detection processing convenient for staff, conducive to the monitoring pipe to soil
Reason.
Mounting plate 14 is equipped with below the conveying device, 14 edge of mounting plate is fixedly connected with vasculum 1,14 bottom of mounting plate
Equipped with stepper motor 5, stepper motor 5 is fixedly connected on mounting plate 14, and 5 output shaft of stepper motor is connected with drill bit 51, stepping
Motor 5 can drive drill bit 51 to rotate；Sealing ring 15 is equipped at the top of drill bit 51, setting sealing ring 15 avoids drill bit 51 native at work
Earth enters the junction of stepper motor 5 Yu drill bit 51, influences drill bit 51 and normally works；The cross-sectional area of drill bit 51, which is greater than, to be adopted
The cross-sectional area of header 1, the aperture for making drill bit 51 pierce deep subsoil formation is bigger, enters convenient for vasculum 1, while convenient for gear
Plate 11 is opened to form inclined-plane toward outer incline, convenient for carrying out sampling processing to soil.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (10)
1. a kind of Soil K+adsorption equipment, equipment box (7) including moving body, on the moving body is set to the shifting
Lifting device on motor vehicles bodies and the acquisition device set on the lifting device bottom, the moving body include pedestal (6), set
In the movable pulley (61) on the pedestal (6), the support frame (65) on the pedestal (6) and it is set to support frame as described above (65)
On support plate (67), the lifting device is arranged on the support plate (67), it is characterised in that: the acquisition device includes
Vasculum (1) and the drill bit (51) for being set to the vasculum (1) bottom, be equipped in the vasculum (1) material collecting device and with institute
The rewinding box (4) that material collecting device matches is stated, the rewinding box (4) is equipped with clamp device, and rewinding box (4) bottom is equipped with
Conveying device.
2. a kind of Soil K+adsorption equipment described in accordance with the claim 1, it is characterised in that: the material collecting device includes set on described
First cylinder (21) of vasculum (1) inner wall, the driving motor (22) being connected with the first cylinder (21) output shaft and with institute
State the connected screw feeding bar (23) of driving motor (22) output shaft.
3. a kind of Soil K+adsorption equipment according to claim 2, it is characterised in that: driving motor (22) bottom is equipped with
Link block (25), link block (25) bottom are equipped with push rod (27), are arranged with sliding rail (26) on the push rod (27), described to push away
Bar (27) and the sliding rail (26) cooperate.
4. a kind of Soil K+adsorption equipment described in accordance with the claim 3, it is characterised in that: vasculum (1) side wall is equipped with
Baffle (11), baffle (11) bottom end are movably connected on the vasculum (1) side wall, and push rod (27) one end activity connects
It is connected on the baffle (11).
5. a kind of Soil K+adsorption equipment described in accordance with the claim 1, it is characterised in that: the conveying device includes set on described
The conveyer belt (3) of rewinding box (4) bottom, the conveyer belt support frame (31) for being used to support the conveyer belt (3) and be set to the biography
Send the first driving cog (32) on band (3).
6. a kind of Soil K+adsorption equipment according to claim 5, it is characterised in that: rewinding box (4) bottom be equipped with
The second driving cog (42) that first driving cog (32) matches, first driving cog (32) and second driving cog
It (42) is that magnetic material is made.
7. a kind of Soil K+adsorption equipment described in accordance with the claim 3, it is characterised in that: the clamp device includes set on described
Column (41) in rewinding box (4), is set on left limit bar (261) the left limit bar (261) for being set to the sliding rail (26) bottom
Connecting rod (2612), the right limit bar (262) that is flexibly connected with the connecting rod (2612) and be set to the left limit bar
(261) the second cylinder (2611) on.
8. a kind of Soil K+adsorption equipment according to claim 7, it is characterised in that: the column (41) is equipped with limiting slot
(411), the left limit bar (261) and the right limit bar (262) bottom are equipped with matches with the limiting slot (411)
Limited block (2616).
9. a kind of Soil K+adsorption equipment according to claim 7, it is characterised in that: connecting rod (2612) bottom is equipped with
Connecting spring (2613), connecting spring (2613) bottom are equipped with buffer stopper (2614), and the buffer stopper (2614) is equipped with
Cushion (2615).
10. a kind of Soil K+adsorption equipment according to claim 5, it is characterised in that: vasculum (1) side be equipped with
The dodge gate (12) that the conveyer belt (3) matches, dodge gate (12) top is equipped with the first electromagnetic block (121), described to adopt
Header (1) side wall is equipped with the second electromagnetic block (13) matched with first electromagnetic block (121), vasculum (1) side
The supporting block (16) matched with the dodge gate (12) is additionally provided on wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810940428.2A CN109030064A (en) | 2018-08-17 | 2018-08-17 | A kind of Soil K+adsorption equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810940428.2A CN109030064A (en) | 2018-08-17 | 2018-08-17 | A kind of Soil K+adsorption equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109030064A true CN109030064A (en) | 2018-12-18 |
Family
ID=64630838
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810940428.2A Withdrawn CN109030064A (en) | 2018-08-17 | 2018-08-17 | A kind of Soil K+adsorption equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109030064A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109540587A (en) * | 2019-01-10 | 2019-03-29 | 吉林大学 | A kind of soil sample automatic acquisition device |
| CN110987510A (en) * | 2019-12-18 | 2020-04-10 | 西安重光明宸检测技术有限公司 | Soil detection method |
-
2018
- 2018-08-17 CN CN201810940428.2A patent/CN109030064A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109540587A (en) * | 2019-01-10 | 2019-03-29 | 吉林大学 | A kind of soil sample automatic acquisition device |
| CN109540587B (en) * | 2019-01-10 | 2021-01-29 | 吉林大学 | Automatic soil sample collecting device |
| CN110987510A (en) * | 2019-12-18 | 2020-04-10 | 西安重光明宸检测技术有限公司 | Soil detection method |
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Application publication date: 20181218 |
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