CN207231840U - A kind of kerosene detection sampler - Google Patents
A kind of kerosene detection sampler Download PDFInfo
- Publication number
- CN207231840U CN207231840U CN201720742907.4U CN201720742907U CN207231840U CN 207231840 U CN207231840 U CN 207231840U CN 201720742907 U CN201720742907 U CN 201720742907U CN 207231840 U CN207231840 U CN 207231840U
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- steel wire
- wire rope
- cylinder body
- kerosene
- collection frame
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Abstract
It the utility model is related to a kind of sampler, more particularly to a kind of kerosene detection sampler.The technical problem to be solved by the present invention is to provide a kind of kerosene detection sampler that can conveniently sample and be moved easily.In order to solve the above-mentioned technical problem, the utility model provides such a kerosene detection sampler, includes moving mechanism etc.；The crown center of moving mechanism is connected with strut, and sampling mechanism is connected with the top of strut.The utility model devises a kind of kerosene detection sampler, so be conducive to fast and easy in the handling process, so it is advantageous for improving work efficiency, so it is advantageous for kerosene will not being allowed to leak out when mobile kerosene and pollutes environment, is so advantageous for allowing kerosene recycling.
Description
Technical field
It the utility model is related to a kind of sampler, more particularly to a kind of kerosene detection sampler.
Background technology
Kerosene is primarily referred to as a kind of chemical substance, is one kind of oils.Passed through by natural oil or artificial petroleum
Fractionation or cracking and obtain.It is single to claim " kerosene " to refer generally to illuminating kerosene.Also known as illuminating kerosene and lam-oil, also referred to as " kerosene ", are commonly called as " ocean
Oil ", Guangdong language be also referred to as " fiery water ".Entry describe the domestic history of kerosene, physicochemical properties, preparation method, purposes, toxicity,
Leakage processing and safeguard procedures etc..
Present kerosene produces needs and is sampled detection, but sampling detection now needs to be transported to by artificial
Somewhere it is detected, so will result in the heavy workload of staff, and it is inconvenient in handling process.
Therefore there is an urgent need for researching and developing a kind of kerosene detection sampler that can conveniently sample and be moved easily, to overcome
The shortcomings that inconvenient in heavy workload and handling process in the prior art.
Utility model content
（1）Technical problems to be solved
The shortcomings that the utility model is in order to overcome inconvenience in heavy workload in the prior art and handling process, this reality
It is to provide a kind of kerosene detection that can conveniently sample and be moved easily with new technical problems to be solved and samples dress
Put.
（2）Technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a kerosene detection sampler, including
There are moving mechanism, strut and sampling mechanism, the crown center of moving mechanism is connected with strut, sampler is connected with the top of strut
Structure.
Preferably, moving mechanism includes base, universal wheel, torsionspring, the first pressing plate, friction lever and handle, strut
Bottom be connected with base, all around the equal rotary type in four sides is connected with universal wheel, the top side to the right of base for the bottom of base
Handle is connected with, the top right side of base is connected with torsionspring, the first pressing plate, the bottom of the first pressing plate are connected with torsionspring
Portion is connected with friction lever.
Preferably, sampling mechanism includes cylinder body, piston, Electric Motor Wheel, the first steel wire rope, the first spring and hose, strut
Top be connected with cylinder body, be connected with hose on the left of cylinder body, left side is equipped with piston, cylinder body and piston cooperation, cylinder body in cylinder body
Interior right side rear wall is connected with Electric Motor Wheel, and the first steel wire rope, the right side central of piston and the first steel cord ends are wound with Electric Motor Wheel
Connection, the first steel wire rope and Electric Motor Wheel are respectively positioned in cylinder body, on the right side of piston up and down two with cylinder body above and below right side between two
It is respectively connected with the first spring.
Preferably, further included collection frame, slide, sliding block, second spring, the second pressing plate, the second steel wire rope, directive wheel and
Fixed link, the top left side of base are connected with collection frame, and the interior bottom of collection frame is connected with slide, and the left and right sides of slide is sliding
Dynamic formula is connected with sliding block, and sliding block coordinates with slide, is respectively connected with the second pressing plate at the top of sliding block, connects between the sliding block of the left and right sides
Second spring is connected to, through hole is provided with the second pressing plate of the left and right sides, the second steel wire rope is connected with second pressing plate in left side,
Second steel wire penetrating through hole, the top left side on the antetheca right side of collection frame, the antetheca left side of collection frame and collection frame are all connected with
There is directive wheel, the second steel wire rope bypasses directive wheel, and the outer left upper portion of collection frame is connected with fixed link, the end of the second steel wire rope
It is wrapped in fixed link.
Preferably, valve, sieve plate and outlet tube are further included, the left lower of collection frame is connected with outlet tube, outlet tube
On be connected with valve, the bottom left of collection frame is connected with sieve plate, and sieve plate is located at below outlet tube.
Preferably, submount material is Q235 steel.
Operation principle：When needing to be detected kerosene, staff is by the sampling mechanism on strut to needing
Want kerosene to be detected to be sampled, then the kerosene sampled is moved to the position of detection by moving mechanism.
Because moving mechanism includes base, universal wheel, torsionspring, the first pressing plate, friction lever and handle, the bottom of strut
Portion is connected with base, and all around the equal rotary type in four sides is connected with universal wheel, the top side connection to the right of base for the bottom of base
There is handle, the top right side of base is connected with torsionspring, and the first pressing plate is connected with torsionspring, and the bottom of the first pressing plate connects
It is connected to friction lever.When the kerosene sampled being moved to detection site needing fixed, staff steps on the first pressing plate by foot
Move downward, at this moment torsionspring reverse, the first pressing plate downwards just drive friction lever move downward, such friction lever just and ground
Contact friction, after whole device stops, unclamping the first pressing plate, the first pressing plate and friction lever under the elastic force effect of torsionspring
Move to original position.When detected need mobile when, staff is moved by the universal wheel on base, is so conducive to carry
The flexibility of high whole device movement.
Because sampling mechanism includes cylinder body, piston, Electric Motor Wheel, the first steel wire rope, the first spring and hose, the top of strut
Portion is connected with cylinder body, and hose is connected with the left of cylinder body, and left side is equipped with piston in cylinder body, and cylinder body coordinates with piston, right in cylinder body
Side rear wall is connected with Electric Motor Wheel, and the first steel wire rope is wound with Electric Motor Wheel, and the right side central of piston is connected with the first steel cord ends,
First steel wire rope and Electric Motor Wheel are respectively positioned in cylinder body, on the right side of piston up and down two with being all connected with cylinder body above and below right side between two
There is the first spring.When needing to extract kerosene to be detected, hose is put into kerosene to be detected by staff,
Staff turns counterclockwise in startup Electric Motor Wheel, and Electric Motor Wheel turns just to receive the first steel wire rope, the first rope belt piston counterclockwise
Move right in cylinder body, at this moment the first spring-compressed, so under the gas pressure that piston motion produces, kerosene is passed through soft
Pipe is drawn into cylinder body, when drawn need by the kerosene drawn carry out discharge detect when, staff control Electric Motor Wheel it is suitable
Hour hands rotate, and put steel wire rope, and under the elastic force effect of the first spring, piston is in cylinder body to left movement, and piston is to left movement with regard to band
Dynamic first steel wire rope is to left movement, and at this moment under the extruding of piston, the kerosene in cylinder body is just discharged by hose, thus favorably
In raising work efficiency.
Because collection frame, slide, sliding block, second spring, the second pressing plate, the second steel wire rope, directive wheel are further included and have consolidated
Fixed pole, the top left side of base are connected with collection frame, and the interior bottom of collection frame is connected with slide, and the left and right sides of slide is slided
Formula is connected with sliding block, and sliding block coordinates with slide, is respectively connected with the second pressing plate at the top of sliding block, is connected between the sliding block of the left and right sides
There is second spring, through hole is provided with the second pressing plate of the left and right sides, the second steel wire rope is connected with second pressing plate in left side, the
Two steel wire penetrating through holes, the top left side on the antetheca right side of collection frame, the antetheca left side of collection frame and collection frame are respectively connected with
Directive wheel, the second steel wire rope bypass directive wheel, and the outer left upper portion of collection frame is connected with fixed link, and the end of the second steel wire rope twines
It is wound in fixed link, does not allow hose to be swung left and right when movement in order to prevent and cause the leakage of kerosene and make hose dirty
Dye, at this moment staff encourage hose and be placed between the second pressing plate of the left and right sides, staff is wrapped in fixed link untiing
The second steel wire rope, then pull the second steel wire rope to the left, the second steel wire rope drives second pressing plate on right side to left movement, and left
Second pressing plate of side moves right, and after the second pressing plate of the left and right sides compresses hose, staff twines the second steel wire rope
Be wound in fixed link, this makes it possible to step up hose during movement, prevent without leakage and hose be contaminated.When
When needing to take out the hose fixed, you untie the second steel wire rope being wrapped in fixed link to staff, and unclamp second
Steel wire rope, under the elastic force effect of second spring, the second pressing plate of left side is moved right to left movement, the second pressing plate of right side, so
Just there is the taking-up for facilitating hose.
Because further including valve, sieve plate and outlet tube, the left lower of collection frame is connected with outlet tube, connects on outlet tube
Be connected to valve, the top left side of collection frame is connected with sieve plate, and sieve plate is located at below outlet tube, when mobile when some
Kerosene, which leaks, just to be collected in collection frame, and when the kerosene in by collection frame takes out, staff opens valve, allows receipts
Kerosene in collection frame is flowed out by outlet tube, and sieve plate is in order to allow the kerosene of outflow to filter out impurity, when the coal in collection frame
Valve is closed after oil stream is complete, is so advantageous for allowing kerosene recycling.
（3）Beneficial effect
The utility model devises a kind of kerosene detection sampler, so favorably by being provided with moving mechanism
In fast and easy in the handling process, sampling mechanism is provided with, is so advantageous for improving work efficiency, is additionally provided with collection
Frame, slide, sliding block, second spring, the second pressing plate, through hole, steel wire rope, directive wheel and fixed link, are so advantageous in movement
Kerosene will not be allowed to leak out when kerosene and pollute environment, then be provided with valve, sieve plate and outlet tube, be so advantageous for
Allow kerosene recycling.
Brief description of the drawings
Fig. 1 is the first new main structure diagram of this practicality.
Fig. 2 is the main structure diagram of the utility model moving mechanism.
Fig. 3 is the main structure diagram of the utility model sampling mechanism.
Fig. 4 is the Part I main structure diagram of the utility model.
Fig. 5 is the Part II main structure diagram of the utility model.
Mark in attached drawing for：1- moving mechanisms, 101- bases, 102- universal wheels, 103- torsionsprings, 104- first are pressed
Plate, 105- friction levers, 106- handles, 2- struts, 3- sampling mechanisms, 301- cylinder bodies, 302- pistons, 303- Electric Motor Wheels, 304-
One steel wire rope, the first springs of 305-, 306- hoses, 4- collection frames, 5- slides, 6- sliding blocks, 7- second springs, the second pressing plates of 8-,
9- through holes, the second steel wire ropes of 10-, 11- directive wheels, 12- fixed links, 13- valves, 14- sieve plates, 15- outlet tubes.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of kerosene detection sampler, as shown in Figs. 1-5, includes moving mechanism 1, strut 2 and sampling mechanism 3,
The crown center of moving mechanism 1 is connected with strut 2, and the top of strut 2 is connected with sampling mechanism 3.
Embodiment 2
A kind of kerosene detection sampler, as shown in Figs. 1-5, includes moving mechanism 1, strut 2 and sampling mechanism 3,
The crown center of moving mechanism 1 is connected with strut 2, and the top of strut 2 is connected with sampling mechanism 3.
Moving mechanism 1 includes base 101, universal wheel 102, torsionspring 103, the first pressing plate 104,105 and of friction lever
Handle 106, the bottom of strut 2 are connected with base 101, the bottom of base 101 all around the equal rotary type in four sides be connected with it is universal
Wheel 102, the top side to the right of base 101 is connected with handle 106, and the top right side of base 101 is connected with torsionspring 103, turns round
Turn to be connected with the first pressing plate 104 on spring 103, the bottom of the first pressing plate 104 is connected with friction lever 105.
Embodiment 3
A kind of kerosene detection sampler, as shown in Figs. 1-5, includes moving mechanism 1, strut 2 and sampling mechanism 3,
The crown center of moving mechanism 1 is connected with strut 2, and the top of strut 2 is connected with sampling mechanism 3.
Moving mechanism 1 includes base 101, universal wheel 102, torsionspring 103, the first pressing plate 104,105 and of friction lever
Handle 106, the bottom of strut 2 are connected with base 101, the bottom of base 101 all around the equal rotary type in four sides be connected with it is universal
Wheel 102, the top side to the right of base 101 is connected with handle 106, and the top right side of base 101 is connected with torsionspring 103, turns round
Turn to be connected with the first pressing plate 104 on spring 103, the bottom of the first pressing plate 104 is connected with friction lever 105.
Sampling mechanism 3 includes cylinder body 301, piston 302, Electric Motor Wheel 303, the first steel wire rope 304,305 and of the first spring
Hose 306, the top of strut 2 are connected with cylinder body 301, and the left side of cylinder body 301 is connected with hose 306, and left side is equipped with cylinder body 301
Piston 302, cylinder body 301 coordinate with piston 302, and right side rear wall is connected with Electric Motor Wheel 303 in cylinder body 301, is wound with Electric Motor Wheel 303
First steel wire rope 304, the right side central of piston 302 are connected with 304 end of the first steel wire rope, the first steel wire rope 304 and Electric Motor Wheel
303 are respectively positioned in cylinder body 301, the right side of piston 302 up and down two with being respectively connected with first between two above and below right side in cylinder body 301
Spring 305.
Embodiment 4
A kind of kerosene detection sampler, as shown in Figs. 1-5, includes moving mechanism 1, strut 2 and sampling mechanism 3,
The crown center of moving mechanism 1 is connected with strut 2, and the top of strut 2 is connected with sampling mechanism 3.
Moving mechanism 1 includes base 101, universal wheel 102, torsionspring 103, the first pressing plate 104,105 and of friction lever
Handle 106, the bottom of strut 2 are connected with base 101, the bottom of base 101 all around the equal rotary type in four sides be connected with it is universal
Wheel 102, the top side to the right of base 101 is connected with handle 106, and the top right side of base 101 is connected with torsionspring 103, turns round
Turn to be connected with the first pressing plate 104 on spring 103, the bottom of the first pressing plate 104 is connected with friction lever 105.
Sampling mechanism 3 includes cylinder body 301, piston 302, Electric Motor Wheel 303, the first steel wire rope 304,305 and of the first spring
Hose 306, the top of strut 2 are connected with cylinder body 301, and the left side of cylinder body 301 is connected with hose 306, and left side is equipped with cylinder body 301
Piston 302, cylinder body 301 coordinate with piston 302, and right side rear wall is connected with Electric Motor Wheel 303 in cylinder body 301, is wound with Electric Motor Wheel 303
First steel wire rope 304, the right side central of piston 302 are connected with 304 end of the first steel wire rope, the first steel wire rope 304 and Electric Motor Wheel
303 are respectively positioned in cylinder body 301, the right side of piston 302 up and down two with being respectively connected with first between two above and below right side in cylinder body 301
Spring 305.
Collection frame 4, slide 5, sliding block 6, second spring 7, the second pressing plate 8, the second steel wire rope 10, directive wheel 11 are further included
With fixed link 12, the top left side of base 101 is connected with collection frame 4, and the interior bottom of collection frame 4 is connected with slide 5, slide 5
The equal slidingtype in the left and right sides is connected with sliding block 6, and sliding block 6 coordinates with slide 5, and the top of sliding block 6 is respectively connected with the second pressing plate 8, left
Second spring 7 is connected between the sliding block 6 of right both sides, is provided with through hole 9 on the second pressing plate 8 of the left and right sides, the second of left side
It is connected with the second steel wire rope 10 on pressing plate 8, the second steel wire rope 10 passes through through hole 9, on the right side of the antetheca of collection frame 4, before collection frame 4
Top left side on the left of wall with collection frame 4 is respectively connected with directive wheel 11, and the second steel wire rope 10 bypasses directive wheel 11, collection frame 4
Outer left upper portion is connected with fixed link 12, and the end of the second steel wire rope 10 is wrapped in fixed link 12.
Valve 13, sieve plate 14 and outlet tube 15 are further included, the left lower of collection frame 4 is connected with outlet tube 15, goes out liquid
Valve 13 is connected with pipe 15, the bottom left of collection frame 4 is connected with sieve plate 14, and sieve plate 14 is located at the lower section of outlet tube 15.
101 material of base is Q235 steel.
Operation principle：When needing to be detected kerosene, staff is right by the sampling mechanism 3 on strut 2
Need kerosene to be detected to be sampled, then the kerosene sampled is moved to the position of detection by moving mechanism 1.
Because moving mechanism 1 includes base 101, universal wheel 102, torsionspring 103, the first pressing plate 104, friction lever
105 and handle 106, the bottom of strut 2 be connected with base 101, all around the equal rotary type in four sides is connected with for the bottom of base 101
Universal wheel 102, the top side to the right of base 101 are connected with handle 106, and the top right side of base 101 is connected with torsionspring
103, the first pressing plate 104 is connected with torsionspring 103, and the bottom of the first pressing plate 104 is connected with friction lever 105.When will sampling
When good kerosene is moved to detection site and needs fixed, staff steps on the first pressing plate 104 by foot and moves downward, and at this moment reverses
Spring 103 reverses, and the first pressing plate 104 just drives friction lever 105 to move downward downwards, and such friction lever 105 is just contacted with ground
Friction, after whole device stops, unclamping the bullet of the first pressing plate 104, the first pressing plate 104 and friction lever 105 in torsionspring 103
Original position is moved under power effect.When detected need mobile when, staff is moved by the universal wheel 102 on base 101
It is dynamic, be so conducive to improve the flexibility of whole device movement.
Because sampling mechanism 3 includes cylinder body 301, piston 302, Electric Motor Wheel 303, the first steel wire rope 304, the first spring
305 and hose 306, the top of strut 2 is connected with cylinder body 301, and the left side of cylinder body 301 is connected with hose 306, left in cylinder body 301
Side is equipped with piston 302, and cylinder body 301 coordinates with piston 302, and right side rear wall is connected with Electric Motor Wheel 303, Electric Motor Wheel 303 in cylinder body 301
On be wound with the first steel wire rope 304, the right side central of piston 302 is connected with 304 end of the first steel wire rope, the first steel wire rope 304 with
Electric Motor Wheel 303 is respectively positioned in cylinder body 301, the right side of piston 302 up and down two with being all connected with cylinder body 301 above and below right side between two
There is the first spring 305.When needing to extract kerosene to be detected, hose 306 is put into be detected by staff
In kerosene, staff turns counterclockwise in startup Electric Motor Wheel 303, and Electric Motor Wheel 303 turns just to receive the first steel wire rope 304 counterclockwise, the
One steel wire rope 304 is moved right with piston 302 in cylinder body 301, and at this moment the first spring 305 compresses, and is so transported in piston 302
Under the gas pressure of movable property life, kerosene is drawn into cylinder body 301 by hose 306, when having drawn the coal that will draw of needs
When oil carries out discharge detection, staff controls Electric Motor Wheel 303 to rotate clockwise, and steel wire rope is put, in the elastic force of the first spring 305
Under effect, for piston 302 in cylinder body 301 to left movement, piston 302 just drives the first steel wire rope 304 to left movement to left movement, this
When under the extruding of piston 302, the kerosene in cylinder body 301 is just discharged by hose 306, be so advantageous for improve work effect
Rate.
Because collection frame 4, slide 5, sliding block 6, second spring 7, the second pressing plate 8, the second steel wire rope 10, guiding are further included
Wheel 11 and fixed link 12, the top left side of base 101 are connected with collection frame 4, and the interior bottom of collection frame 4 is connected with slide 5, slide
The 5 equal slidingtype in the left and right sides is connected with sliding block 6, and sliding block 6 coordinates with slide 5, and the top of sliding block 6 is respectively connected with the second pressing plate 8,
Second spring 7 is connected between the sliding block 6 of the left and right sides, is provided with through hole 9 on the second pressing plate 8 of the left and right sides, the of left side
It is connected with the second steel wire rope 10 on two pressing plates 8, the second steel wire rope 10 passes through through hole 9, on the right side of the antetheca of collection frame 4, collection frame 4
Top left side on the left of antetheca with collection frame 4 is respectively connected with directive wheel 11, and the second steel wire rope 10 bypasses directive wheel 11, collection frame 4
Outer left upper portion be connected with fixed link 12, the end of the second steel wire rope 10 is wrapped in fixed link 12, in order to prevent in movement
When do not allow hose 306 to be swung left and right to cause the leakage of kerosene and make hose 306 contaminated, at this moment staff encourages hose
306 are placed between the second pressing plate 8 of the left and right sides, and staff is untiing the second steel wire rope 10 for being wrapped in fixed link 12,
Pull the second steel wire rope 10 to the left again, the second steel wire rope 10 drives second pressing plate 8 on right side to left movement, and the second of left side
Pressing plate 8 moves right, and after the second pressing plate 8 of the left and right sides compresses hose 306, staff winds the second steel wire rope 10
In fixed link 12, this makes it possible to step up hose 306 during movement, prevent without leakage and hose 306 be subject to
Pollution.When need take out fix hose 306 when, staff you untie the second steel wire rope being wrapped in fixed link 12
10, and unclamp the second steel wire rope 10, under the elastic force effect of second spring 7, the second pressing plate of left side 8 is to left movement, right side the
Two pressing plates 8 move right, and thus have the taking-up for facilitating hose 306.
Because further including valve 13, sieve plate 14 and outlet tube 15, the left lower of collection frame 4 is connected with outlet tube 15,
Valve 13 is connected with outlet tube 15, the top left side of collection frame 4 is connected with sieve plate 14, and sieve plate 14 is located under outlet tube 15
Side, some kerosene, which leak, when in movement just collects in collection frame 4, and the kerosene in by collection frame 4 takes out
When, staff opens valve 13, and the kerosene allowed in collection frame 4 is flowed out by outlet tube 15, and sieve plate 14 is flowed out to allow
Kerosene filter out impurity, after the kerosene stream in collection frame 4 is complete close valve 13, be so advantageous for allowing kerosene to recycle
Recycle.
Embodiment described above only expresses the preferred embodiment of the utility model, its description is more specific and detailed,
But it should not be interpreted as limiting the scope of the present invention.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (4)
1. a kind of kerosene detection sampler, it is characterised in that include moving mechanism (1), strut (2) and sampling mechanism
(3), the crown center of moving mechanism (1) is connected with strut (2), and sampling mechanism (3), moving machine are connected with the top of strut (2)
Structure (1) includes base (101), universal wheel (102), torsionspring (103), the first pressing plate (104), friction lever (105) and handle
Hand (106), the bottom of strut (2) are connected with base (101), the bottom equal rotary type connection in four sides all around of base (101)
There is universal wheel (102), the top side to the right of base (101) is connected with handle (106), and the top right side of base (101) is connected with
Torsionspring (103), is connected with the first pressing plate (104) on torsionspring (103), the bottom of the first pressing plate (104), which is connected with, rubs
Pole (105), sampling mechanism (3) include cylinder body (301), piston (302), Electric Motor Wheel (303), the first steel wire rope (304),
One spring (305) and hose (306), are connected with cylinder body (301) at the top of strut (2), cylinder body is connected with hose on the left of (301)
(306), left side is equipped with piston (302) in cylinder body (301), and cylinder body (301) coordinates with piston (302), in cylinder body (301) behind right side
Wall is connected with Electric Motor Wheel (303), is wound with the first steel wire rope (304) in Electric Motor Wheel (303), the right side central of piston (302) and the
One steel wire rope (304) end connects, and the first steel wire rope (304) is respectively positioned in cylinder body (301) with Electric Motor Wheel (303), piston (302)
Right side is respectively connected with the first spring (305) between two and upper and lower two of right side in cylinder body (301) up and down.
A kind of 2. kerosene detection sampler according to claim 1, it is characterised in that further included collection frame (4),
Slide (5), sliding block (6), second spring (7), the second pressing plate (8), the second steel wire rope (10), directive wheel (11) and fixed link
(12), the top left side of base (101) is connected with collection frame (4), and the interior bottom of collection frame (4) is connected with slide (5), slide
(5) the equal slidingtype in the left and right sides is connected with sliding block (6), and sliding block (6) coordinates with slide (5), and sliding block is respectively connected with the top of (6)
Second pressing plate (8), is connected with second spring (7) between the sliding block (6) of the left and right sides, on the second pressing plate (8) of the left and right sides
Through hole (9) is provided with, the second steel wire rope (10) is connected with second pressing plate (8) in left side, the second steel wire rope (10) passes through through hole
(9), the top left side on the right side of the antetheca of collection frame (4), on the left of the antetheca of collection frame (4) with collection frame (4) is respectively connected with guiding
To take turns (11), the second steel wire rope (10) bypasses directive wheel (11), and the outer left upper portion of collection frame (4) is connected with fixed link (12), the
The end of two steel wire ropes (10) is wrapped in fixed link (12).
3. a kind of kerosene detection sampler according to claim 2, it is characterised in that further include valve (13), filter
Web plate (14) and outlet tube (15), the left lower of collection frame (4) are connected with outlet tube (15), and outlet tube is connected with valve on (15)
Door (13), the bottom left of collection frame (4) are connected with sieve plate (14), and sieve plate (14) is located at below outlet tube (15).
4. a kind of kerosene detection sampler according to claim 3, it is characterised in that base (101) material is
Q235 steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720742907.4U CN207231840U (en) | 2017-06-25 | 2017-06-25 | A kind of kerosene detection sampler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720742907.4U CN207231840U (en) | 2017-06-25 | 2017-06-25 | A kind of kerosene detection sampler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207231840U true CN207231840U (en) | 2018-04-13 |
Family
ID=61853022
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720742907.4U Expired - Fee Related CN207231840U (en) | 2017-06-25 | 2017-06-25 | A kind of kerosene detection sampler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207231840U (en) |
-
2017
- 2017-06-25 CN CN201720742907.4U patent/CN207231840U/en not_active Expired - Fee Related
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