CN108801674A - A kind of portable soil enviromental monitoring equipment - Google Patents
A kind of portable soil enviromental monitoring equipment Download PDFInfo
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- CN108801674A CN108801674A CN201810796464.6A CN201810796464A CN108801674A CN 108801674 A CN108801674 A CN 108801674A CN 201810796464 A CN201810796464 A CN 201810796464A CN 108801674 A CN108801674 A CN 108801674A
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- 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
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- Investigation Of Foundation Soil And Reinforcement Of Foundation Soil By Compacting Or Drainage (AREA)
Abstract
The invention discloses a kind of portable soil enviromental monitoring equipments, its structure includes adjusting control device, laser positioning irradiation light, connecting wire, fixing support rack, convenient storage sampling apparatus, installation control seat, adjusting control device is set to the outer surface of convenient storage sampling apparatus and is connected by way of bonding, the bottom surface of laser positioning irradiation light is equipped with one end of fixing support rack and is connected by welding, and the other end insertion of fixing support rack is installed on the outer surface of installation control seat.The present invention can continuously sample many places soil, reduce sampling preparation, prevent the contingency of testing result, and it can leave concentratedly, easy to carry and arrangement sample mitigates the labor intensity of staff, and cold environment is carried out for collected sample and has been preserved, it prevents sample from changing in transportational process, so as to cause the error judged for the soil environment, influences the processing for soil.
Description
Technical field
The present invention relates to soil environment monitoring fields, more precisely, being a kind of portable soil enviromental monitoring equipment.
Background technology
Soil environment monitoring refers to the important measures for understanding soil environment quality situation, is to prevent soil pollution harm
Purpose measures the dynamic analysis of soil contamination grade, development trend, includes on-site investigation, the region soil of soil environment quality
The investigation of earth environmental background value, the dynamic observation of soil pollution accident tune Check and contaminated soil, soil environment monitoring generally comprise
Prepare, layout, sampling, sample preparation, analyzing test, evaluating and etc..But this portable soil enviromental monitoring equipment is deposited at present
In following disadvantage：
1, the equipment is not easy to sample many places soil, and the sample that many places collect is not portable, increases work
Make the labor intensity of personnel, and the testing result for not being avoided that soil is there are contingency, cause to affect staff for
The judgement of the soil environment.
2, the preservation condition of the sample for being acquired is poor, is easy to cause sample and chemistry, physical change occurs, influence most
Whole testing result.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of portable soil enviromental monitoring equipment, with
The equipment for solving the prior art is not easy to sample many places soil, and the sample that many places collect is not portable, increases
Add the labor intensity of staff, and the testing result for not being avoided that soil causes to affect staff there are contingency
The preservation condition of judgement for the soil environment, the sample for being acquired is poor, is easy to cause sample and chemistry, physics occurs
Variation, influences the defect of final testing result.
To achieve the goals above, the present invention is to realize by the following technical solutions：
A kind of portable soil enviromental monitoring equipment, structure include adjusting control device, laser positioning irradiation light, connect and lead
Line, fixing support rack, convenient storage sampling apparatus, installation control seat, the adjusting control device are set to convenient storage sampling apparatus
Outer surface and be connected by way of bonding, the bottom surface of the laser positioning irradiation light is equipped with the one of fixing support rack
It holds and is connected by welding, the other end insertion of the fixing support rack is installed on the appearance of installation control seat
The right side in face, the installation control seat is equipped with convenient storage sampling apparatus and is connected by way of bonding, the connection
One end insertion of conducting wire is installed on the outside of adjusting control device and is connected by electric signal, the other end of the connecting wire
It is connected with convenient storage sampling apparatus, the top of the convenient storage sampling apparatus is equipped with laser positioning irradiation light, the tune
It saves and fits on the outside of the bottom surface and convenient storage sampling apparatus of controller, the convenient storage sampling apparatus includes rubber jacket
Shell, variable speed electric motors, particularly, connection arrestment mechanism, intermittent movement transmission mechanism, mechanical transition transmission mechanism, piston motion transmission mechanism,
It slides arrestment mechanism, extraction sampling transmission mechanism, refrigeration and maintains transmission mechanism, speed change is installed on the inside of the rubber jacket shell
Motor and it is connected by welding, the right side of the variable speed electric motors, particularly is equipped with connection arrestment mechanism and passes through rotation
Mode is connected, and the connection arrestment mechanism is set to the top of intermittent movement transmission mechanism and is connected by way of rolling
It connects, mechanical transition transmission mechanism is installed below the intermittent movement transmission mechanism and is connected by mechanical transition, it is described
The right side of mechanical transition transmission mechanism is equipped with piston motion transmission mechanism and is connected by way of rotation, the piston fortune
Dynamic transmission mechanism is connected with sliding arrestment mechanism by way of sliding, and extraction is equipped on the left of the sliding arrestment mechanism
It samples transmission mechanism and is connected by mechanical transition, the right side of the extraction sampling transmission mechanism is equipped with refrigeration maintenance driver
Structure, the refrigeration maintain transmission mechanism to be connect by mechanical transition with sliding arrestment mechanism, and the refrigeration maintains transmission mechanism
Top is equipped with intermittent movement transmission mechanism and is connected by way of bonding, and the intermittent movement transmission mechanism is made with sliding
Motivation structure is by rotating the connection that is nested.
As the present invention, further scheme, the connection arrestment mechanism are equipped with motor threaded shaft, motor cooperation rotation
Gear, connection feed belt, connection belt wheel, the motor threaded shaft insertion are installed on the right side of variable speed electric motors, particularly and pass through
The mode of rotation is connected, and outside and the motor of the motor threaded shaft coordinate rotate gear and turned by way of engaging
Dynamic connection, the motor cooperation rotate gear connect feed belt and connect belt wheel and by rolling by way of it is connected
It connects, the connection belt wheel is connected with intermittent movement transmission mechanism by way of nested.
As the present invention further scheme, the intermittent movement transmission mechanism be equipped with linkage shaft, braking rotating circular disk,
Link bull stick, interval turntable, glove conduit, the top and connecting on the inside of belt wheel of the linkage shaft be nested and by turn
Dynamic mode is connected, and the middle part of the linkage shaft is connected with braking rotating circular disk by way of nested, the braking
The bottom surface of rotating circular disk is embedded with linkage bull stick and is connected by welding, and the linkage bull stick and linkage shaft are mutually embedding
It covers and is connected by way of rotation, the linkage bull stick is rotatablely connected with interval turntable by nested mode, described
The bottom surface of interval turntable is equipped with glove conduit and is connected by way of bonding, bottom end and the mechanical mistake of the linkage bull stick
It crosses transmission mechanism to be by welding connected, the glove conduit is connected with sliding arrestment mechanism, the glove conduit
Inside transmission mechanism and connect by mechanical transition with extraction sampling, the glove conduit and refrigeration maintenance transmission mechanism phase
Conducting.
As the present invention, further scheme, the machinery transition transmission mechanism are equipped with connection shaft, active scroll bar, cooperation
Turbine, belt conveyor, linkage runner, fixed mounting plate, it is described connection shaft top be installed on linkage bull stick bottom end and
It is connected by welding, the bottom end of the connection shaft is connected with active scroll bar by way of bonding, the master
Dynamic scroll bar is rotatablely connected with cooperation turbine by way of engaging, and the cooperation turbine is passed through by belt conveyor and linkage runner
The mode of rolling is connected, and the front surface of the fixed mounting plate is equipped with linkage runner, and the linkage runner is passed with piston motion
Motivation structure is connected by mechanical transition.
As the present invention, further scheme, the piston motion transmission mechanism are equipped with connection push rod, position limiting slide block, limit
One end of sliding slot, locating piece, linkage mandril, the connection push rod is fixedly installed in the front surface of linkage runner and passes through rotation
Mode be connected, the other end of the connection push rod is installed on the front surface of position limiting slide block, and the position limiting slide block is slided with limit
It is nested on the inside of slot and is connected by way of sliding, the right side of the limit sliding chutes is equipped with locating piece, described
One end of locating piece and linkage mandril is rotatablely connected, and the other end and the sliding arrestment mechanism of the linkage mandril are slidably connected.
As the present invention further scheme, the sliding arrestment mechanism equipped with sliding block repeatedly, fixed rack, push-pull rod,
The front surface of piston block, pressurizing piston cylinder repeatedly, the sliding block repeatedly is equipped with linkage mandril and the phase by way of rotation
Connection, the sliding block repeatedly are nested on the inside of fixed rack and are connected by way of sliding, the sliding block repeatedly
Front surface be equipped with push-pull rod one end and connected by mechanical transition, the other end of the push-pull rod is installed on piston repeatedly
It the front surface of block and is rotatablely connected by way of nested, the piston block repeatedly passes through nested mode with pressurizing piston cylinder
It is connected, the pressurizing piston cylinder is connect with extraction sampling transmission mechanism by mechanical transition, the pressurizing piston cylinder and glove
Conduit is connected by way of nested.
As the present invention further scheme, the extraction sampling transmission mechanism be equipped with the sampling test tube that stretches, flipping baffle,
Silk thread, fixed pulley, spring mounting plate are connected, the lower section of the flexible sampling test tube is equipped with flipping baffle, the flipping baffle
Right end is connected around fixed pulley with spring mounting plate by connecting silk thread, and the flexible sampling test tube passes through machine with glove conduit
Tool transition connects.
As the present invention, further scheme, the refrigeration maintain transmission mechanism to be equipped with connection copper wire, limit and determine idler wheel, connection
One end of dynamic runner block, catheter, tank for coolant, the connection copper wire is connected by welding with sliding block repeatedly, institute
The other end of connection copper wire is stated in such a way that limit determine the outside of idler wheel and the runner block that links by bonding to be connected, it is described
Dynamic runner block is nested on the inside of catheter and is connected by way of sliding, and the catheter insertion is installed on cooling
The bottom of liquid case, the tank for coolant are connected with glove conduit.
The beneficial effects of the present invention are：A kind of portable soil enviromental monitoring equipment of the present invention, by being controlled to adjusting
Device processed carries out setting control so that variable speed electric motors, particularly must electrically activate, and drive the rotation of motor threaded shaft so that the electricity being meshed therewith
Machine cooperation rotate gear, which follows, to be rotated together, and is driven and is coordinated the connection that rotate gear is connected with motor by connecting feed belt
Belt wheel rotates so that linkage shaft action drives braking rotating circular disk to rotate together, and the bull stick insertion that links is installed on linkage and turns
The bottom end of axis follows to rotate together, to push interval turntable to do intermittent rotary so that glove conduit just stops at pressurization and lives
The inside of plug cylinder is nested with it, while connecting shaft and following linkage bar rotation, drives the rotation of active scroll bar so that with active
The cooperation turbine action that scroll bar is meshed drives linkage runner rotation so that connection push rod drives limit to slide by belt conveyor
Block is located at the interior Slideslip of limit sliding chutes, and limit sliding chutes is pushed to be rotated around fixed mounting plate, joins to be driven by locating piece
Dynamic mandril pushes repeatedly sliding block along the direction upward sliding of fixed rack, then under the active force of push-pull rod, pushes repeatedly
Piston block, which is located on the inside of pressurizing piston cylinder, to be moved to the left, and is inflated to glove conduit so that glove catheter interior generates high
Pressure, pushes down on flexible sampling test tube, makes it that flipping baffle be pushed to be inserted into soil, is sampled, when piston block repeatedly to the right
When sliding, since glove catheter interior pressure reduces so that flexible sampling test tube moves up, while spring mounting plate pulls connecting filament
Line is moved around fixed pulley so that flipping baffle, which resets, closes, and simultaneously sliding block is fixed around limit by connecting copper wire repeatedly
Idler wheel drives linkage runner block to be located at the interior Slideslip of catheter, promotes the cycle of the coolant liquid inside tank for coolant, is formed cold
Environment maintains sample as former state.
A kind of portable soil enviromental monitoring equipment of the present invention, can continuously sample many places soil, reduction is adopted
Sample preparation prevents the contingency of testing result, and can leave concentratedly, and easy to carry and arrangement sample mitigates work
The labor intensity of personnel, and cold environment has been carried out for collected sample and has been preserved, prevent sample from becoming in transportational process
Change, so as to cause the error judged for the soil environment, influences the processing for soil.
Description of the drawings
By reading with reference to attached drawing to being described in detail made by non-limiting embodiment, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings：
Fig. 1 is a kind of structural schematic diagram of portable soil enviromental monitoring equipment of the present invention.
Fig. 2 is a kind of structural plan figure of convenient storage sampling apparatus of the present invention.
Fig. 3 is a kind of detailed construction schematic diagram of convenient storage sampling apparatus of the present invention.
Fig. 4 is the structure enlargement diagram of A in Fig. 3 of the present invention.
Fig. 5 is the vertical view of interval motion work in Fig. 3 of the present invention
Fig. 6 is a kind of working state figure of convenient storage sampling apparatus of the present invention.
In figure：Adjusting control device -1, laser positioning irradiation light -2, connecting wire -3, fixing support rack -4, convenient storage are adopted
Sampling device -5, installation control seat -6, rubber jacket shell -51, variable speed electric motors, particularly -52, connection arrestment mechanism -53, intermittent movement transmission
Mechanism -54, mechanical transition transmission mechanism -55, piston motion transmission mechanism -56, sliding arrestment mechanism -57, extraction sampling transmission
Mechanism -58, refrigeration maintain transmission mechanism -59, motor threaded shaft -531, motor cooperation rotate gear -532, connection transmission skin
Band -533, connection belt wheel -534, linkage shaft -541, braking rotating circular disk -542, linkage bull stick -543, interval turntable -544,
Glove conduit -545, connection shaft -551, active scroll bar -552, cooperation turbine -553, belt conveyor -554, linkage runner -
555, fixed mounting plate -556, connection push rod -561, position limiting slide block -562, limit sliding chutes -563, locating piece -564, linkage top
Bar -565, repeatedly sliding block -571, fixed rack -572, push-pull rod -573, repeatedly piston block -574, pressurizing piston cylinder -575, stretch
Contracting sampling test tube -581, flipping baffle -582, connection silk thread -583, fixed pulley -584, spring mounting plate -585, connection copper wire -
591, idler wheel -592, linkage runner block -593, catheter -594, tank for coolant -595 are determined in limit.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
As shown in Fig. 1-6 figures, the present invention provides a kind of technical solution of portable soil enviromental monitoring equipment：
A kind of portable soil enviromental monitoring equipment, structure include adjusting control device 1, laser positioning irradiation light 2, connection
Conducting wire 3, fixing support rack 4, convenient storage sampling apparatus 5, installation control seat 6, the adjusting control device 1 are adopted set on convenient storage
The outer surface of sampling device 5 and it is connected by way of bonding, the bottom surface of the laser positioning irradiation light 2 is equipped with fixed branch
One end of support 4 and it is connected by welding, the other end insertion of the fixing support rack 4 is installed on installation control
The right side of the outer surface of seat 6, the installation control seat 6 is equipped with convenient storage sampling apparatus 5 and is connected by way of bonding
It connects, one end insertion of the connecting wire 3 is installed on the outside of adjusting control device 1 and is connected by electric signal, the company
The other end for connecing conducting wire 3 is connected with convenient storage sampling apparatus 5, and the top of the convenient storage sampling apparatus 5 is equipped with laser
Positioning irradiation lamp 2, the bottom surface and the outside of convenient storage sampling apparatus 5 of the adjusting control device 1 fit, the convenient storage
Sampling apparatus 5 includes rubber jacket shell 51, variable speed electric motors, particularly 52, connection arrestment mechanism 53, intermittent movement transmission mechanism 54, mechanical mistake
Transmission mechanism 55, piston motion transmission mechanism 56, sliding arrestment mechanism 57, extraction sampling transmission mechanism 58, refrigeration is crossed to maintain to pass
The inside of motivation structure 59, the rubber jacket shell 51 is equipped with variable speed electric motors, particularly 52 and is connected by welding, described
The right side of variable speed electric motors, particularly 52 is equipped with connection arrestment mechanism 53 and is connected by way of rotation, the connection arrestment mechanism 53
It is connected set on the top of intermittent movement transmission mechanism 54 and by way of rolling, the intermittent movement transmission mechanism 54
Lower section is equipped with mechanical transition transmission mechanism 55 and is connected by mechanical transition, the right side of the machinery transition transmission mechanism 55
It is connected equipped with piston motion transmission mechanism 56 and by way of rotation, the piston motion transmission mechanism 56 is made with sliding
Motivation structure 57 is connected by way of sliding, and the left side of the sliding arrestment mechanism 57 is equipped with extraction sampling transmission mechanism 58
And it is connected by mechanical transition, the right side of the extraction sampling transmission mechanism 58 is equipped with refrigeration and maintains transmission mechanism 59, described
Refrigeration maintains transmission mechanism 59 to be connect by mechanical transition with sliding arrestment mechanism 57, and the refrigeration maintains the upper of transmission mechanism 59
Side is equipped with intermittent movement transmission mechanism 54 and is connected by way of bonding, the intermittent movement transmission mechanism 54 and sliding
Arrestment mechanism 57 is by rotating the connection that is nested, and the connection arrestment mechanism 53 is equipped with motor threaded shaft 531, motor cooperation turns
Moving gear 532, connection feed belt 533, connection belt wheel 534, the insertion of motor threaded shaft 531 are installed on variable speed electric motors, particularly 52
Right side and be connected by way of rotation, the outside of the motor threaded shaft 531 coordinates rotate gear with motor
532 and be rotatablely connected by way of engagement, the motor cooperation rotate gear 532 pass through connect feed belt 533 with even
Tape splicing wheel 534 and it is connected by way of rolling, the connection belt wheel 534 passes through nested with intermittent movement transmission mechanism 54
Mode be connected, the intermittent movement transmission mechanism 54 be equipped with linkage shaft 541, braking rotating circular disk 542, linkage bull stick
543, the top of interval turntable 544, glove conduit 545, the linkage shaft 541 is nested simultaneously with the inside for connecting belt wheel 534
And be connected by way of rotation, the middle part of the linkage shaft 541 passes through nested mode phase with braking rotating circular disk 542
The bottom surface of connection, the braking rotating circular disk 542 is connected embedded with linkage bull stick 543 and by welding, described
Turn bar 543 is nested with linkage shaft 541 and is connected by way of rotation, and the linkage bull stick 543 turns with interval
Disk 544 is rotatablely connected by way of nested, and the bottom surface of the interval turntable 544 is equipped with glove conduit 545 and passes through bonding
Mode be connected, the bottom end of the linkage bull stick 543 is connected by welding with machinery transition transmission mechanism 55, institute
It states glove conduit 545 with sliding arrestment mechanism 57 to be connected, inside and the extraction sampling transmission mechanism 58 of the glove conduit 545
And it is connected by mechanical transition, the glove conduit 545 maintains transmission mechanism 59 to be conducted with refrigeration, and the machinery transition passes
Motivation structure 55 is equipped with connection shaft 551, active scroll bar 552, cooperation turbine 553, belt conveyor 554, linkage runner 555, fixes
The top of mounting plate 556, the connection shaft 551 is installed on the bottom end of linkage bull stick 543 and is connected by welding
Connect, it is described connection shaft 551 bottom end be connected by way of bonding with active scroll bar 552, the active scroll bar 552 with match
It closes turbine 553 to be rotatablely connected by way of engagement, the cooperation turbine 553 is logical by belt conveyor 554 and linkage runner 555
The mode rolled is crossed to be connected, the front surface of the fixed mounting plate 556 is equipped with linkage runner 555, the linkage runner 555 and
Piston motion transmission mechanism 56 is connected by mechanical transition, and the piston motion transmission mechanism 56 is equipped with connection push rod 561, limit
One end of sliding block 562, limit sliding chutes 563, locating piece 564, linkage mandril 565, the connection push rod 561 is fixedly installed in linkage
The front surface of runner 555 and it is connected by way of rotation, the other end of the connection push rod 561 is installed on position limiting slide block
562 front surface, the position limiting slide block 562 are nested with the inside of limit sliding chutes 563 and are connected by way of sliding,
The right side of the limit sliding chutes 563 is equipped with locating piece 564, and the locating piece 564 and one end rotation of linkage mandril 565 connect
It connects, the other end and the sliding arrestment mechanism 57 of the linkage mandril 565 are slidably connected, and the sliding arrestment mechanism 57 is equipped with repeatedly
Sliding block 571, fixed rack 572, push-pull rod 573, repeatedly piston block 574, pressurizing piston cylinder 575, the sliding block repeatedly 571 is just
Surface is equipped with linkage mandril 565 and is connected by way of rotation, the sliding block repeatedly 571 and fixed rack 572
Inside is nested and is connected by way of sliding, and the front surface of the sliding block repeatedly 571 is equipped with one end of push-pull rod 573
And it is connected by mechanical transition, the other end of the push-pull rod 573 is installed on repeatedly the front surface of piston block 574 and passes through
Nested mode is rotatablely connected, and the piston block repeatedly 574 is connected with pressurizing piston cylinder 575 by way of nested, described
Pressurizing piston cylinder 575 is connect with extraction sampling transmission mechanism 58 by mechanical transition, the pressurizing piston cylinder 575 and glove conduit
545 are connected by way of nested, and the extraction sampling transmission mechanism 58 is equipped with flexible sampling test tube 581, flipping baffle
582, silk thread 583, fixed pulley 584, spring mounting plate 585 are connected, the lower section of the flexible sampling test tube 581 is equipped with flipping baffle
582, the right end of the flipping baffle 582 is connected around fixed pulley 584 with spring mounting plate 585 by connecting silk thread 583, institute
Flexible sampling test tube 581 is stated to connect by mechanical transition with glove conduit 545.
The refrigeration maintains transmission mechanism 59 to be equipped with connection copper wire 591, idler wheel 592 is determined in limit, linkage runner block 593, leads
One end of liquid pipe 594, tank for coolant 595, the connection copper wire 591 is connected by welding with sliding block 571 repeatedly, institute
The other end of connection copper wire 591 is stated in such a way that limit determine the outside of idler wheel 592 and the runner block 593 that links by bonding to be connected
It connects, the linkage runner block 593 is nested with the inside of catheter 594 and is connected by way of sliding, the drain
Pipe 594 is embedded in the bottom for being installed on tank for coolant 595, and the tank for coolant 595 is connected with glove conduit 545.
A kind of portable soil enviromental monitoring equipment of the present invention, its working principle is that：By being carried out to adjusting controller 1
Setting control so that variable speed electric motors, particularly 52 must electrically activate, and drive motor threaded shaft 531 to rotate so that the motor being meshed therewith
Cooperation rotate gear 532, which follows, to be rotated together, and is driven and is coordinated rotate gear 532 to be connected with motor by connecting feed belt 533
The connection belt wheel 534 connect rotates so that the linkage action of shaft 541 drives braking rotating circular disk 542 to rotate together, and the bull stick that links
The bottom end that 543 insertions are installed on linkage shaft 541 follows and rotates together, to push interval turntable 544 to do intermittent rotary so that
The inside that glove conduit 545 just stops at pressurizing piston cylinder 575 is nested with it, while connecting shaft 551 and linkage is followed to turn
Bar 543 rotates, and active scroll bar 552 is driven to rotate so that the cooperation turbine 553 being meshed with active scroll bar 552 acts, by defeated
Send belt 554 that linkage runner 555 is driven to rotate so that connection push rod 561 drives position limiting slide block 562 to be located at limit sliding chutes 563
Interior Slideslip pushes limit sliding chutes 563 to be rotated around fixed mounting plate 556, to drive linkage mandril by locating piece 564
565 push repeatedly sliding block 571 to be pushed away then under the active force of push-pull rod 573 along the direction upward sliding of fixed rack 572
The inside that dynamic piston block 574 repeatedly is located at pressurizing piston cylinder 575 is moved to the left, and is inflated to glove conduit 545 so that glove
545 inside of conduit generates high pressure, pushes down on flexible sampling test tube 581, makes it that flipping baffle 582 be pushed to be inserted into soil, into
Row sampling, when piston block 574 slides to the right repeatedly, since 545 internal pressure of glove conduit reduces so that flexible sampling test tube
581 move up, while spring mounting plate 585 pulls connection silk thread 583 to be moved around fixed pulley 584 so that flipping baffle 582 resets
Close, simultaneously repeatedly sliding block 571 by connect copper wire 591 around limit determine idler wheel 592 drive link runner block 593 be located at
The interior Slideslip of catheter 594 promotes the cycle of the coolant liquid inside tank for coolant 595, forms cold environment and maintains sample as former state.
Problems solved by the invention is that the equipment of the prior art is not easy to sample many places soil, and many places acquire
And the sample come is not portable, increases the labor intensity of staff, and it is accidental not to be avoided that the testing result of soil exists
Property, lead to the judgement for affecting staff for the soil environment, the preservation condition of the sample for being acquired is poor, is easy
Cause sample that chemistry, physical change occurs, influences final testing result, the present invention is combined with each other by above-mentioned component, energy
It is enough that continuously many places soil is sampled, sampling preparation is reduced, prevents the contingency of testing result, and can concentrate and deposit
It puts, easy to carry and arrangement sample mitigates the labor intensity of staff, and carried out cold environment for collected sample and protected
It deposits, prevents sample from changing in transportational process, so as to cause the error judged for the soil environment, influence for soil
Processing.
Claims (8)
1. a kind of portable soil enviromental monitoring equipment, structure includes adjusting control device (1), laser positioning irradiation light (2), connects
Connect conducting wire (3), fixing support rack (4), convenient storage sampling apparatus (5), installation control seat (6), it is characterised in that：The adjusting
Controller (1) is set to the outer surface of convenient storage sampling apparatus (5) and is connected by way of bonding, the laser positioning
The bottom surface of irradiation light (2) is equipped with one end of fixing support rack (4) and is connected by welding, the fixed support
The other end insertion of frame (4) is installed on the outer surface of installation control seat (6), and the right side that the installation controls seat (6) is equipped with portable
It stores sampling apparatus (5) and is connected by way of bonding, one end insertion of the connecting wire (3) is installed on adjusting control
The outside of device (1) processed and it is connected by electric signal, the other end and the convenient storage sampling apparatus of the connecting wire (3)
(5) it is connected, the top of the convenient storage sampling apparatus (5) is equipped with laser positioning irradiation light (2), the adjusting control device
(1) it fits on the outside of bottom surface and convenient storage sampling apparatus (5)；
The convenient storage sampling apparatus (5) include rubber jacket shell (51), variable speed electric motors, particularly (52), connection arrestment mechanism (53),
Intermittent movement transmission mechanism (54), mechanical transition transmission mechanism (55), piston motion transmission mechanism (56), sliding arrestment mechanism
(57), extraction sampling transmission mechanism (58), refrigeration maintain transmission mechanism (59), are equipped on the inside of the rubber jacket shell (51)
Variable speed electric motors, particularly (52) and it is connected by welding, the right side of the variable speed electric motors, particularly (52) is equipped with connection arrestment mechanism
(53) and by way of rotation it is connected, the connection arrestment mechanism (53) is set to the upper of intermittent movement transmission mechanism (54)
It is connected just and by way of rolling, mechanical transition driver is installed below the intermittent movement transmission mechanism (54)
It structure (55) and is connected by mechanical transition, the right side of the machinery transition transmission mechanism (55) is equipped with piston motion transmission mechanism
(56) and by way of rotation it is connected, the piston motion transmission mechanism (56) passes through cunning with sliding arrestment mechanism (57)
Dynamic mode is connected, and extraction sampling transmission mechanism (58) is equipped on the left of the sliding arrestment mechanism (57) and passes through machine
Tool transition connects, and the right side of the extraction sampling transmission mechanism (58) is equipped with refrigeration and maintains transmission mechanism (59), the refrigeration dimension
It holds transmission mechanism (59) to connect by mechanical transition with sliding arrestment mechanism (57), the refrigeration maintains the upper of transmission mechanism (59)
Side is equipped with intermittent movement transmission mechanism (54) and to be connected by way of bonding, the intermittent movement transmission mechanism (54) with
Sliding arrestment mechanism (57) is by rotating the connection that is nested.
2. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The connection brake
Structure (53) is equipped with motor threaded shaft (531), motor cooperation rotate gear (532), connection feed belt (533), connection belt wheel
(534), the embedded right side for being installed on variable speed electric motors, particularly (52) of the motor threaded shaft (531) and the phase by way of rotation
Connection, outside and the motor of the motor threaded shaft (531) coordinate rotate gear (532) and are rotated by way of engaging
Connection, the motor cooperation rotate gear (532) is by connecting feed belt (533) and connecting belt wheel (534) and pass through rolling
Dynamic mode is connected, and the connection belt wheel (534) is connected with intermittent movement transmission mechanism (54) by way of nested.
3. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The intermittent movement passes
Motivation structure (54) is equipped with linkage shaft (541), braking rotating circular disk (542), linkage bull stick (543), interval turntable (544), sets
The top of object conduit (545), the linkage shaft (541) is nested and by rotation with connecting on the inside of belt wheel (534)
Mode is connected, and the middle part of the linkage shaft (541) is connected with braking rotating circular disk (542) by way of nested, institute
The bottom surface of braking rotating circular disk (542) is stated embedded with linkage bull stick (543) and is connected by welding, the linkage turns
Bar (543) is nested with linkage shaft (541) and is connected by way of rotation, the linkage bull stick (543) and interval
Turntable (544) is rotatablely connected by way of nested, and the bottom surface of the interval turntable (544) is equipped with glove conduit and (545 and leads to
The mode for crossing bonding is connected, the side that the bottom end of the linkage bull stick (543) passes through welding with mechanical transition transmission mechanism (55)
Formula is connected, the glove conduit (545) with sliding arrestment mechanism (57) be connected, the inside of the glove conduit (545) with
Extraction samples transmission mechanism (58) and is connected by mechanical transition, and the glove conduit (545) maintains transmission mechanism with refrigeration
(59) it is conducted.
4. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The machinery transition passes
Motivation structure (55) is equipped with connection shaft (551), active scroll bar (552), cooperation turbine (553), belt conveyor (554), linkage turn
Take turns (555), fixed mounting plate (556), it is described connection shaft (551) top be installed on linkage bull stick (543) bottom end and
It is connected by welding, the bottom end of the connection shaft (551) is connected with active scroll bar (552) by way of bonding
It connects, the active scroll bar (552) is rotatablely connected with cooperation turbine (553) by way of engaging, and the cooperation turbine (553) is logical
It crosses belt conveyor (554) with linkage runner (555) to be connected by way of rolling, the positive table of the fixed mounting plate (556)
Face is equipped with linkage runner (555), and the linkage runner (555) is connect with piston motion transmission mechanism (56) by mechanical transition.
5. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The piston motion passes
Motivation structure (56) is equipped with connection push rod (561), position limiting slide block (562), limit sliding chutes (563), locating piece (564), linkage mandril
(565), one end of the connection push rod (561) is fixedly installed in the front surface of linkage runner (555) and the side by rotation
Formula is connected, and the other end of the connection push rod (561) is installed on the front surface of position limiting slide block (562), the position limiting slide block
(562) it is nested and is connected by way of sliding on the inside of limit sliding chutes (563), the limit sliding chutes (563)
Right side is equipped with locating piece (564), and the locating piece (564) and one end of linkage mandril (565) are rotatablely connected, the linkage
The other end of mandril (565) is slidably connected with sliding arrestment mechanism (57).
6. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The sliding brake
Structure (57) is equipped with sliding block (571), fixed rack (572), push-pull rod (573), repeatedly piston block (574), pressurizing piston cylinder repeatedly
(575), the front surface of the sliding block repeatedly (571) is equipped with linkage mandril (565) and is connected by way of rotation, institute
It states repeatedly and is nested on the inside of sliding block (571) and fixed rack (572) and is connected by way of sliding, it is described to slide repeatedly
The front surface of block (571) be equipped with push-pull rod (573) one end and connected by mechanical transition, the push-pull rod (573) it is another
One end is installed on repeatedly the front surface of piston block (574) and is rotatablely connected by way of nested, the piston block repeatedly
(574) it is connected by way of nested with pressurizing piston cylinder (575), the pressurizing piston cylinder (575) and extraction sampling transmission
Mechanism (58) is connected by mechanical transition, and the pressurizing piston cylinder (575) is connected with glove conduit (545) by way of nested
It connects.
7. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The extraction sampling passes
Motivation structure (58) is equipped with flexible sampling test tube (581), flipping baffle (582), connection silk thread (583), fixed pulley (584), spring
The lower section of mounting plate (585), the flexible sampling test tube (581) is equipped with flipping baffle (582), the flipping baffle (582)
Right end is connected around fixed pulley (584) with spring mounting plate (585) by connecting silk thread (583), the flexible sampling test tube
(581) it is connect by mechanical transition with glove conduit (545).
8. a kind of portable soil enviromental monitoring equipment according to claim 1, it is characterised in that：The refrigeration maintains to pass
Motivation structure (59) is equipped with connection copper wire (591), limits and determine idler wheel (592), linkage runner block (593), catheter (594), cooling
One end of liquid case (595), the connection copper wire (591) is connected by welding with sliding block repeatedly (571), the connection
The other end of copper wire (591) is connected in such a way that limit determine the outside of idler wheel (592) and the runner block (593) that links by bonding
It connects, be nested on the inside of the linkage runner block (593) and catheter (594) and be connected by way of sliding, it is described
The embedded bottom for being installed on tank for coolant (595) of catheter (594), the tank for coolant (595) are connected with glove conduit (545)
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810796464.6A CN108801674A (en) | 2018-07-19 | 2018-07-19 | A kind of portable soil enviromental monitoring equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810796464.6A CN108801674A (en) | 2018-07-19 | 2018-07-19 | A kind of portable soil enviromental monitoring equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108801674A true CN108801674A (en) | 2018-11-13 |
Family
ID=64077679
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810796464.6A Withdrawn CN108801674A (en) | 2018-07-19 | 2018-07-19 | A kind of portable soil enviromental monitoring equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108801674A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110364089A (en) * | 2018-12-28 | 2019-10-22 | 深圳市雷迪奥视觉技术有限公司 | Protective block, protection mechanism and display screen |
| CN117949625A (en) * | 2024-03-27 | 2024-04-30 | 天津安辰环境工程有限公司 | Water quality monitoring equipment of water supply and drainage system |
-
2018
- 2018-07-19 CN CN201810796464.6A patent/CN108801674A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110364089A (en) * | 2018-12-28 | 2019-10-22 | 深圳市雷迪奥视觉技术有限公司 | Protective block, protection mechanism and display screen |
| CN117949625A (en) * | 2024-03-27 | 2024-04-30 | 天津安辰环境工程有限公司 | Water quality monitoring equipment of water supply and drainage system |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181113 |
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| WW01 | Invention patent application withdrawn after publication |