CN106066265B - Portable shearing hydrostatic sampler and the method being sampled using the sampler - Google Patents
Portable shearing hydrostatic sampler and the method being sampled using the sampler Download PDFInfo
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- CN106066265B CN106066265B CN201610648928.XA CN201610648928A CN106066265B CN 106066265 B CN106066265 B CN 106066265B CN 201610648928 A CN201610648928 A CN 201610648928A CN 106066265 B CN106066265 B CN 106066265B
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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
- G01N1/10—Devices for withdrawing samples in the liquid or fluent state
- G01N1/16—Devices for withdrawing samples in the liquid or fluent state with provision for intake at several levels
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- Hydrology & Water Resources (AREA)
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- General Health & Medical Sciences (AREA)
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- Sampling And Sample Adjustment (AREA)
Abstract
The present invention provides a kind of portable shearing hydrostatic sampler, including scissor mechanism, air compressing mechanism, automatic paying-out mechanism, sampling bottle, bottle cap, bottle cap Pneumatic opening mechanism, the automatic paying-out mechanism includes line roller and the pipeline that is wound on line roller, the Shear transfer that scissor mechanism generates when being operated is to air compressing mechanism, the air compressing mechanism is used to generate compressed air and is delivered to one end of pipeline by the confined space in line roller, the other end and bottle cap Pneumatic opening mechanism connection of pipeline, bottle cap is under the action of bottle cap Pneumatic opening mechanism by the bottle sealing of sampling bottle or unlatching, the line roller brake component of the rotation of control line roller or braking is additionally provided on scissor mechanism, line roller is equipped with for shaking the crank of line roller and can pull and push the gas leakage needle of confined space in inlet-outlet line roller.The present invention is convenient to carry out unwrapping wire sampling, carries out visualizing depth control, and sampling operation is easy, and recovery line is convenient after sampling, cleans also more convenient.
Description
Technical field
The present invention relates to flavors and fragrances sampling technique field, specifically a kind of portable shearing hydrostatic sampler and use should
The method that sampler is sampled.
Background technique
To in the tank body of shallow liquid (within 4m), the sampling work in pond in existing sampler, mostly taken out with original pipe or
More piece connection sampling.Have three big technical problems in operating process: first is that sampler is too long, tank body sampling behaviour need to be climbed on tank body
Mouthful, it is especially inconvenient with too long sampling instrument；Second is that it is more to withdraw sampling equipment hand touch feed liquid after the completion of sampling；Third is that cleaning
It is inconvenient.
Summary of the invention
A kind of method that the present invention is provided portable shearing hydrostatic sampler and is sampled using the sampler, can be square
Just it carries out unwrapping wire sampling, carry out visualizing depth control, sampling operation is easy, and recovery line is convenient after sampling, cleaning
Also more convenient, solve prior art urgent problem to be solved.
A kind of portable shearing hydrostatic sampler, including scissor mechanism, air compressing mechanism, automatic paying-out mechanism, sampling
Bottle, bottle cap, bottle cap Pneumatic opening mechanism, the automatic paying-out mechanism include line roller and the pipeline that is wound on line roller, shear machine
The Shear transfer that structure generates when being operated is to air compressing mechanism, and the air compressing mechanism is for generating compressed air and passing through
Confined space in line roller C is delivered to one end of pipeline, and the other end and bottle cap Pneumatic opening mechanism connection of pipeline, bottle cap is in bottle
By the bottle sealing of sampling bottle or unlatching under the action of lid Pneumatic opening mechanism, be additionally provided on scissor mechanism the rotation of control line roller or
The line roller brake component of braking, line roller are equipped with for shaking the crank of line roller and can pull and push the leakage of confined space in inlet-outlet line roller
Air tube.
Further, the line roller brake component include unwrapping wire key, with by key connection vertical drive rod, drive rod
Bottom end is equipped with fixed link, is arranged with spring on drive rod, is cased with foam plastic feed ring on line roller, drive rod bottom end when original state
Fixed link is close to the foam plastic feed ring on line roller, and when pressing unwrapping wire key, drive rod drives fixed link to move down, to make
Fixed link is obtained to separate with the foam plastic feed ring on line roller.
Further, the air compressing mechanism includes pressure device pedestal, is set to pressure device pedestal helical pressure device, spiral shell
Rotating pressure device is connected to one end of escape pipe, and the other end of escape pipe is connected to pipeline.
Further, the air compressing mechanism further includes the crankshaft slot for being set to pressure device pedestal, bent axle head tabletting, screw
Crankshaft slot is locked in after being pierced by from scissor mechanism bottom surface, crankshaft slot is fixedly connected with bent axle head tabletting, bent axle head tabletting and spiral
The top surface of formula pressure device contacts.
Further, the automatic paying-out mechanism further includes the shell for accommodating line roller and pipeline, and the shell includes phase
Mutual matched front shroud and back shroud and the left cover being mutually matched and right cover plate and bottom plate, five cover boards, which enclose, is set as institute
Shell is stated, pipeline can be stretched out from bottom plate.
Further, roller bearing fixed link is fixed on left cover, wheel shaft fixed link is sleeved and fixed to be formed with roller bearing fixed link
Shaft with hole capital after selling all securities in cylindrical body is equipped with inflatable expansion bend, the shaft outer sheath cock wheel axis, wheel in cylindrical body in hole capital after selling all securities
Axis is fastened in line roller turn hole, and line roller is rotated by wheel shaft around the shaft, and back shroud is equipped with the transmission passed through for drive rod
The outlet pipe through-hole that rod through-hole and escape pipe pass through, escape pipe enter inflatable expansion bend after passing through outlet pipe through-hole, then lead to
It is connected to after entering the confined space in line roller with one end of pipeline.
Further, wheel shaft fixed link is equipped with meter ruler roller, and front shroud corresponds to meter ruler roller and is equipped with reading hole, meter ruler roller and line
The concentric setting of roller, meter ruler roller can synchronize automatically record circle number in the process of laying the line, and the reading hole on front shroud is shown
Show.
Further, the wheel shaft fixed link gas leakage for being equipped with and being connected to the confined space is axially penetrated through in wheel shaft fixed link
Hole, line roller are equipped with the wheel shaft leakage hole being connected to wheel shaft fixed link leakage hole, and the gas leakage needle is sequentially inserted into wheel shaft leakage hole
The sealing of confined space is realized with wheel shaft fixed link leakage hole.
Further, bottle cap Pneumatic opening mechanism includes the first sampling bottle being hinged set on sampling bottle bottleneck
Lid and the second sampling bottle and the inflatable rod jacking device being connected to the tail end of pipeline, bottle cap tension spring is sampled first when original state
Bottle cap and the second sampling bottle cap tension are drawn close, when inflatable rod jacking device has compressed air ejection, inflatable rod jacking device front end
Mandril stretches out, and the second sampling bottle cap can be rotated to far from the first sampling bottle cap direction, can open sampling bottle bottleneck.
A method of it is sampled using above-mentioned portable shearing hydrostatic sampler, it is characterised in that including walking as follows
It is rapid:
Step 1: the automatic unwrapping wire of gravity
Unwrapping wire key is pressed, drive rod is independently separated to bottom offset, fixed link with foam plastic feed ring on line roller, and line roller is in
Free state is self-possessed by sampling bottle and pulls pipeline, and then voluntarily rotated with moving-wire roller, and sampler completion reaches designated depth work
Make；
Step 2: visualizing depth controls
In the automatic unwrapping wire step of step 1 gravity, since free gravity drops, line roller independently rotated, due to meter ruler roller with
Line roller is concentric, therefore synchronizes during unwrapping wire and automatically record circle number, and the reading hole on front shroud is shown, control is passed through
Unwrapping wire key processed realizes the decentralization depth of pipeline；
Step 3: singlehanded gas enclosure sampling
Helical pressure is transmitted to by crankshaft slot and the effect of the free crankshaft of bent axle head tabletting by handle and press rods shearing
On device, primary aerodynamic is generated, then be transmitted in the pipeline of line roller by escape pipe and roller bearing fixed link, inflation is transmitted to by pipeline
Formula rod jacking device pushes mandril that the second sampling bottle cap horizontal displacement is uncapped, and feed liquid enters in sampling bottle；
Step 4: hand recovery line
After the completion of singlehanded gas enclosure sampling, crank motion bar is opened, gas leakage needle is detached from leakage hole, pipeline and inflatable rod jacking device
In air pressure disappear, first sampling bottle cap and second sampling bottle cap sampling bottle cap tension spring pulling force under be closed, shake crank receive
Line；It is equipped with sponge pipeline hole on bottom plate, wipes residual sampling liquid on pipeline automatically during pipeline shakes back manually.
The present invention passes through the automatic unwrapping wire of gravity, visualizing depth control, singlehanded gas enclosure sampling, hand recovery line, route
Five big new technologies of automatic cleaning combine, and not only alleviate labor intensity, but also precision is higher, solve the prior art and urgently solve
Certainly the problem of.
Detailed description of the invention
Fig. 1 is the decomposition texture schematic diagram of the portable shearing hydrostatic sampler of the present invention；
Fig. 2 is the schematic perspective view after the portable shearing hydrostatic sampler assembling of the present invention；
Fig. 3 is the cross-sectional view of the portable shearing hydrostatic sampler of the present invention.
In figure: A1-handle, A1-1-key slot, A1-2-fixation hole, A2-press rods, A2-1-screw hole, A2-
2-fixation holes, A3-unwrapping wire key, A4-spring, A5-drive rod, A5-1-fixed link, A6-fixed spring, A7-spiral shell
Silk, A8-handle and press rods connecting rod；
B1-crankshaft slot, B2-bent axle head tabletting, B3-helical pressure device, B3-1-air inlet, B4-escape pipe,
B5-pressure device pedestal, B5-1-pressure tank, B5-2-handle and pressure lever attachment hole；
C1-back shroud, C1-1-transmission rod through-hole, C1-2-outlet pipe through-hole, C2-right cover plate, C2-1-wheel shaft are living
Dynamic hole, C3-bottom plate, C3-1-sponge pipeline hole, C3-2-is from round, C4-front shroud, C4-1-reading hole, a C5-left side
Cover board, C5-1-roller bearing fixed link, C6-inflatable expansion bend, C7-wheel shaft, C8-wheel shaft fixed link, C8-1-meter ruler roller,
C8-2-wheel shaft fixed link leakage hole, C9-line roller, C9-1-foam plastic feed ring, C9-2-line roller leakage hole, C9-3-handle
Hole, C10-meter ruler roller, C11-pipeline, C12-crank, C12-1-crank fixed link, C12-2-crank motion bar, C12-
3-gas leakage needles；
D1-1-first samples bottle cap 1, and D1-2-mandril tank, D1-3-second sample bottle cap, and D2-sampling bottle cap is drawn
Spring, D3-inflatable rod jacking device, D4-mandril, D5-sampling bottle, D5-1-L-type card, D5-2-skewed slot, D5-3-entity steel bottom
Seat.
Specific embodiment
Below in conjunction with the attached drawing in the present invention, the technical solution in the present invention is clearly and completely described.
Please refer to Fig. 1-3, the portable one of embodiment of shearing hydrostatic sampler of the present invention, including scissor mechanism, sky
Air compressor structure, automatic paying-out mechanism, sampling bottle D5, bottle cap, bottle cap Pneumatic opening mechanism, the automatic paying-out mechanism includes line
The roller C9 and pipeline C11 being wound on line roller C9, the Shear transfer that scissor mechanism generates when being operated is to air compressing mechanism, institute
Air compressing mechanism is stated to be used to generate compressed air and be delivered to one end of pipeline C11, pipeline by the confined space in line roller C
The other end and bottle cap Pneumatic opening mechanism connection of C11, bottle cap is under the action of bottle cap Pneumatic opening mechanism by sampling bottle D5's
Bottle sealing or unlatching are additionally provided with the line roller brake component of control line roller C rotation or braking on scissor mechanism, and line roller C9, which is equipped with, to be used
In the crank for shaking line roller C9 and the gas leakage needle C12-3 of confined space in inlet-outlet line roller C can be pulled and pushed.
The scissor mechanism includes the handle A1 being hinged, press rods A2, and handle A1 and the one end press rods A2 pass through solid
Determine spring A6 connection.The line roller brake component includes the key slot A1-1 on handle A1, putting in key slot A1-1
Line key A3, the vertical drive rod A5 connecting with key A3, the bottom end of drive rod A5 are equipped with fixed link A5-1, on drive rod A5
It is arranged with spring A4, the lower end of drive rod A5 is set near line roller C9 after passing through press rods A2.Foamed plastics is cased on line roller C9
Enclose C9-1.Bubble when original state, i.e., when unwrapping wire key A3 is not pressed, on the fixed link A5-1 and line roller C9 of the bottom end drive rod A5
Foam plastic ring C9-1 is close to, and line roller C9 cannot be freely rotated, and when pressing unwrapping wire key A3, drive rod A5 drives fixed link
A5-1 is moved down, so that fixed link A5-1 is separated with the foam plastic feed ring C9-1 on line roller C9, line roller C9 at this time
It is freely rotated, after unclamping unwrapping wire key A3, drive rod A5 is sprung back under the action of spring A4, returns to original state.
The air compressing mechanism includes pressure device pedestal B5, the crankshaft slot for being sequentially arranged in pressure device pedestal B5 from top to bottom
B1, bent axle head tabletting B2, helical pressure device B3, screw A7 are locked in crankshaft slot B1, crankshaft after being pierced by from the bottom surface press rods A2
Slot B1 is fixedly connected with bent axle head tabletting B2, and bent axle head tabletting B2 is contacted with the top surface of helical pressure device B3, helical pressure
Device B3 is connected to one end of escape pipe B4.The pressure tank B5-1 for accommodating helical pressure device B3 is equipped in pressure device pedestal B5.
The two opposite sides handle A1 far from fixed spring A6 one end be equipped with fixation hole A1-2, two of press rods A2
Opposite side is correspondingly provided with fixation hole A2-2, and two opposite flanks of pressure device pedestal B5 are correspondingly provided with handle and press rods connect
Hole B5-2 is met, handle and press rods connecting rod A8 successively drawing-in fixation hole A1-2, handle and pressure lever attachment hole B5-2, solid are used
The other end of handle A1 and press rods A2 can be fixed by determining hole A2-2.
The automatic paying-out mechanism further includes the shell for accommodating line roller C9 and pipeline C11, and the shell includes mutual
The front shroud C4 and back shroud C1 that match and the left cover C5 being mutually matched and right cover plate C2 and bottom plate C3, five cover boards enclose
It is set as the shell, pipeline C11 can be stretched out from bottom plate C3.It is logical that back shroud C1 is equipped with the drive rod passed through for drive rod A5
It is fixed with roller bearing fixed link C5-1 on outlet the pipe through-hole C1-2, left cover C5 that hole C1-1 and escape pipe B4 are passed through, wheel shaft is fixed
Bar C8 and roller bearing fixed link C5-1 are sleeved and fixed to form the shaft with hole capital after selling all securities in cylindrical body, are equipped with inflation in cylindrical body in hole capital after selling all securities
Formula expansion bend C6, the shaft outer sheath cock wheel axis C7, wheel shaft C7 are fastened in line roller C9 turn hole, and line roller C9 is by wheel shaft C7 around institute
Shaft rotation is stated,.Wheel shaft fixed link C8 is equipped with meter ruler roller C8-1 and leakage hole C8-2.Front shroud C4 corresponds to meter ruler roller C8-1 and sets
There is reading hole C4-1, since meter ruler roller C8-1 and line roller C9 are concentric, can synchronize during unwrapping wire and automatically record circle number, and
Reading hole C4-1 on front shroud C4 is shown.Bottom plate C3 is equipped with sponge pipeline hole C3-1, shakes manually in pipeline C11
The remaining sampling liquid of C11 on pipeline can be wiped automatically during returning.
Escape pipe B4 enters inflation after passing through outlet pipe through-hole C1-2 after the outlet pipe through-hole C1-2 on back shroud C1
Formula expansion bend C6 is connected to after the confined space then passed in line roller C9 with one end of pipeline C11.
Right cover plate C2 is equipped with wheel shaft movable span C2-1, axially penetrates through and is equipped with and the confined space on wheel shaft fixed link C8
Wheel shaft fixed link the leakage hole C8-2, line roller C9 of connection are equipped with the wheel shaft leakage hole being connected to wheel shaft fixed link leakage hole C8-2
C9-2, the gas leakage needle C12-3 are sequentially inserted into wheel shaft leakage hole C9-2 and wheel shaft fixed link leakage hole C8-2 and realize confined space
Sealing.
The crank C12, the crank C12 for being additionally provided with grip hole C9-3 on line roller C9 and connecting with grip hole C9-3 include shaking
Fixed link C12-1 and crank motion bar C12-2, crank fixed link C12-1 are plugged and fixed with the grip hole C9-3, crank is solid
The periphery of fixed pole C12-1 is arranged with crank motion bar C12-2, when shaking crank motion bar C12-2, drives crank fixed link
C12-1 is rotated with moving-wire roller C9 in turn.
Bottle cap Pneumatic opening mechanism includes the first sampling bottle cap D1-1 being hinged set on sampling bottle D5 bottleneck
With the second sampling bottle cap D1-3 and inflatable rod jacking device D3 be connected to the tail end of pipeline C11, the first sampling bottle cap D1-1 with
By sampling bottle cap tension spring D2 connection between second sampling bottle cap D1-3, pipeline C11 from the first sampling bottle cap D1-1 pierce into it is rear its
Tail end is connected to inflatable rod jacking device D3, and inflatable rod jacking device D3 is securable to the mandril tank at first back side sampling bottle cap D1-1
In D1-2, the second sampling of opening alignment bottle cap D1-3.In the initial state bottle cap tension spring D2 by first sampling bottle cap D1-1 and
Second sampling bottle cap D1-3, which is tensed, to be drawn close, and the first sampling bottle cap D1-1 and the second sampling bottle cap D1-3 are mutually matched engaging and will sample
Bottle D5 bottle sealing, when there is compressed air ejection, the mandril D4 of the front end inflatable rod jacking device D3 stretches out, can be by the second sampling bottle
It covers D1-3 to rotate to far from the first sampling direction bottle cap D1-1, sampling bottle D5 bottleneck can be opened.
Sampling bottle D5 can the entity steel base D5-3 by bottom and the upper end opening positioned at the top entity steel base D5-3
Glass bottle body composition.Steel base quality is larger, can really play by self weight and pull pipeline.The upper end of glass bottle body is set
There is L-type card D5-1, the inside of the first sampling bottle cap D1-1 is also correspondingly provided with L-type card, for the clamping fixed that cooperates.Vial
The port of body is additionally provided with skewed slot D5-2, and effect is that air pressure top second can reduce liquid pair when sampling bottle cap D1-3 as far as possible
The fluid pressure for sampling bottle cap, if it is flat mouth, then D4 then needs bigger thrust.
It is additionally provided on bottom plate C3 from round C3-2, is set among the minimum position in the most bottom bottom plate C3, in pipeline C11
Dragging and enter feed liquid after can be by being automatically drained out from round C3-2.
Working principle of the present invention is as follows:
1, the automatic unwrapping wire of gravity
Automatic gravity payoff operation: pressing unwrapping wire key A3, and drive rod A5 is to bottom offset, on fixed link A5-1 and line roller C9
Foam plastic feed ring C9-1 is independently separated, and line roller C9 is in free state, pulls pipeline C11 by the sampling bottle D5 self weight of the part D, into
And voluntarily rotated with moving-wire roller C9, sampler completion reaches designated depth work.
2, visualizing depth controls
In the automatic unwrapping wire step of gravity, since free gravity drops, line roller C9 is independently rotated.Due to meter ruler roller C8-1 with
Line roller C9 is concentric, therefore synchronizes during unwrapping wire and automatically record circle number, and the reading hole C4-1 on front shroud C4 is shown
Show.
3, singlehanded gas enclosure sampling
The portable hydrostatic sampler bright spot of the present invention is using air compression transfer principle by handle A1 and press rods A2
Shearing is transmitted on helical pressure device B3 by the effect of the free crankshaft of crankshaft slot B1 and bent axle head tabletting B2, is generated original pneumatic
Power, then be transmitted in the pipeline C11 of line roller C9 by escape pipe B4 and roller bearing fixed link C5-1, inflatable is transmitted to by pipeline C11
Rod jacking device D3 pushes mandril D4 that the second sampling bottle cap D1-3 horizontal displacement is uncapped, and feed liquid enters in sampling bottle D5.
4, hand recovery line
After the completion of singlehanded gas enclosure sampling, crank motion bar C12-2 is opened, gas leakage needle C12-3 is detached from leakage hole C9-2, pipeline
The air pressure of D3 disappears in C11 and inflatable rod jacking device, and the first sampling bottle cap D1-1 and the second sampling bottle cap D1-3 are in sampling bottle cap
It is closed under the pulling force of tension spring D2.Shake crank C12 take-up.
5, route cleans automatically
There is sponge pipeline hole C3-1 in the design of bottom plate C3, is wiped automatically during pipeline C11 shakes back manually
Residual sampling liquid on pipeline.
Portable hydrostatic sampler net weight 700g of the present invention or so, light-weight, pipeline is thin, sampling bottle uses glass and entity
The airflow design of steel base, not only the viscous sampling liquid stayed is few, and the design of rotary bayonet can disposably complete to extract more bottles not
With the sampling of tank body or same tank body different depth.
The portable hydrostatic sampler of the present invention passes through the automatic unwrapping wire of gravity, visualizing depth control, singlehanded gas enclosure sampling, hand
It shakes recovery line, route and cleans five big new technologies automatically and combine, not only alleviate labor intensity, but also precision is higher.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Belong to those skilled in the art in the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of, all answers
It is included within the scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (6)
1. a kind of portable shearing hydrostatic sampler, it is characterised in that: including scissor mechanism, air compressing mechanism, automatic unwrapping wire
Mechanism, sampling bottle (D5), bottle cap, bottle cap Pneumatic opening mechanism, the automatic paying-out mechanism include line roller (C9) and are wound in line
Pipeline (C11) on roller (C9), the Shear transfer that scissor mechanism generates when being operated is to air compressing mechanism, the air compression
Mechanism is used to generate compressed air and is delivered to one end of pipeline (C11), pipeline by the confined space in line roller line roller (C9)
(C11) the other end and bottle cap Pneumatic opening mechanism connection, bottle cap is under the action of bottle cap Pneumatic opening mechanism by sampling bottle
(D5) bottle sealing or unlatching are additionally provided with the line roller brake component of control line roller (C9) rotation or braking, line roller on scissor mechanism
(C9) it is equipped with for shaking the crank of line roller (C9) and the gas leakage needle (C12- of inlet-outlet line roller (C9) interior confined space can be pulled and pushed
3)；The air compressing mechanism includes pressure device pedestal (B5), is set to pressure device pedestal (B5) helical pressure device (B3), spiral
Formula pressure device (B3) is connected to one end of escape pipe (B4), and the other end of escape pipe (B4) is connected to pipeline (C11)；It is described automatic
Payingoff mechanism further includes the shell for accommodating line roller (C9) and pipeline (C11), and the shell includes the front shroud being mutually matched
(C4) it is enclosed with back shroud (C1) and the left cover (C5) being mutually matched and right cover plate (C2) and bottom plate (C3), five cover boards
It is set as the shell, pipeline (C11) can be stretched out from bottom plate (C3)；Roller bearing fixed link (C5-1) is fixed on left cover (C5),
Wheel shaft fixed link (C8) and roller bearing fixed link (C5-1) are sleeved and fixed to form the shaft with hole capital after selling all securities in cylindrical body, empty in cylindrical body
It is equipped with inflatable expansion bend (C6) in storehouse, the shaft outer sheath cock wheel axis (C7), wheel shaft (C7) is fastened in line roller (C9) turn hole,
Line roller (C9) is rotated by wheel shaft (C7) around the shaft, and back shroud (C1) is equipped with the drive rod passed through for drive rod (A5)
The outlet pipe through-hole (C1-2) that through-hole (C1-1) and escape pipe (B4) pass through, after escape pipe (B4) passes through outlet pipe through-hole (C1-2)
Into inflatable expansion bend (C6), it is connected to after the confined space then passed in line roller (C9) with one end of pipeline (C11).
2. portable shearing hydrostatic sampler as described in claim 1, it is characterised in that: the line roller brake component includes unwrapping wire
The bottom end of key (A3), the vertical drive rod (A5) connecting with key (A3), drive rod (A5) is equipped with fixed link (A5-1), passes
It is arranged with spring (A4), is cased on line roller (C9) foam plastic feed ring (C9-1) in lever (A5), drive rod (A5) when original state
The fixed link (A5-1) of bottom end is close to the foam plastic feed ring (C9-1) on line roller (C9), when pressing unwrapping wire key (A3), transmission
Bar (A5) drives fixed link (A5-1) to move down, so that the foam plastic feed ring on fixed link (A5-1) and line roller (C9)
(C9-1) it separates.
3. portable shearing hydrostatic sampler as described in claim 1, it is characterised in that: the air compressing mechanism further includes
Crankshaft slot (B1), bent axle head tabletting (B2) set on pressure device pedestal (B5), screw (A7) are locked after being pierced by from scissor mechanism bottom surface
It is fixed in crankshaft slot (B1), crankshaft slot (B1) is fixedly connected with bent axle head tabletting (B2), bent axle head tabletting (B2) and helical pressure
The top surface of device (B3) contacts.
4. portable shearing hydrostatic sampler as described in claim 1, it is characterised in that: wheel shaft fixed link (C8) is equipped with rice
Ruler roller (C8-1), front shroud (C4) corresponding meter ruler roller (C8-1), which is equipped with, reads hole (C4-1), meter ruler roller (C8-1) and line roller (C9)
Concentric setting, meter ruler roller (C8-1) can synchronize in the process of laying the line automatically records circle number, and the reading on front shroud (C4)
(C4-1) is shown in hole.
5. portable shearing hydrostatic sampler as described in claim 1, it is characterised in that: axially passed through in wheel shaft fixed link (C8)
It is equipped with the wheel shaft fixed link leakage hole (C8-2) being connected to the confined space, line roller (C9) is equipped with to be leaked with wheel shaft fixed link
Stomata (C8-2) connection wheel shaft leakage hole (C9-2), the gas leakage needle (C12-3) be sequentially inserted into wheel shaft leakage hole (C9-2) and
The sealing of wheel shaft fixed link leakage hole (C8-2) realization confined space.
6. portable shearing hydrostatic sampler as described in claim 1, it is characterised in that: bottle cap Pneumatic opening mechanism packet
Include set on sampling bottle (D5) bottleneck be hinged first sampling bottle cap (D1-1) and the second sampling bottle (D1-3) and with pipe
The inflatable rod jacking device (D3) of the tail end connection of line (C11), bottle cap tension spring (D2) samples bottle cap (D1- for first when original state
1) it is drawn close with the second sampling bottle cap (D1-3) tension, when inflatable rod jacking device (D3) has compressed air ejection, inflatable mandril
The mandril (D4) of the front end device (D3) stretches out, and can turn the second sampling bottle cap (D1-3) to far from the first sampling bottle cap direction (D1-1)
It is dynamic, sampling bottle (D5) bottleneck can be opened.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610648928.XA CN106066265B (en) | 2016-08-10 | 2016-08-10 | Portable shearing hydrostatic sampler and the method being sampled using the sampler |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610648928.XA CN106066265B (en) | 2016-08-10 | 2016-08-10 | Portable shearing hydrostatic sampler and the method being sampled using the sampler |
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| Publication Number | Publication Date |
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| CN106066265A CN106066265A (en) | 2016-11-02 |
| CN106066265B true CN106066265B (en) | 2019-04-26 |
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| CN106872216B (en) * | 2017-04-18 | 2019-04-09 | 山西天和盛环境检测有限公司 | Sampler is used in a kind of detection of sewage quality |
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| CN2328638Y (en) * | 1998-05-08 | 1999-07-14 | 云南通信电源中心 | Automatic take-up and pay-off device |
| CN200986862Y (en) * | 2006-11-13 | 2007-12-05 | 韦汉鹏 | Air-actuated pedal switch |
| CN102009872A (en) * | 2010-10-15 | 2011-04-13 | 河南通达电缆股份有限公司 | Active wire paying-off rewinder of aluminum clad steel wires |
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| CN106066265A (en) | 2016-11-02 |
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