CN209673817U - Two-dimentional petroleum bloom analyzer - Google Patents
Two-dimentional petroleum bloom analyzer Download PDFInfo
- Publication number
- CN209673817U CN209673817U CN201920233463.0U CN201920233463U CN209673817U CN 209673817 U CN209673817 U CN 209673817U CN 201920233463 U CN201920233463 U CN 201920233463U CN 209673817 U CN209673817 U CN 209673817U
- Authority
- CN
- China
- Prior art keywords
- cuvette
- fixed
- box body
- longitudinal
- syringe pump
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Investigating, Analyzing Materials By Fluorescence Or Luminescence (AREA)
Abstract
The utility model relates to a kind of two-dimentional petroleum bloom analyzers, it includes shell, it is arranged in the housing for configuring the sample preparation component of experimental liquid, for placing the specimen holder of laboratory sample, for driving the driving guiding device of sample preparation component, cuvette, light path module, central control module, power module and cuvette bracket, the sample preparation component includes the first syringe pump, the fixing seat being fixed on shell, it is fixed in fixing seat and sample introduction arm that output end is arranged straight down, the injection seat being fixed on sample introduction arm output end, the injection needle and the second syringe pump being set on injection seat, first syringe pump is connected to by flexible conduit with injection seat, second syringe pump is connected to by polytetrafluoro corrosion-resistant pipe with cuvette lower end.The utility model improves the degree of automation of two-dimentional petroleum bloom analyzer on the basis of existing instrument.
Description
Technical field
The utility model relates to petroleum detection device, in particular to a kind of two-dimentional petroleum bloom analyzer.
Background technique
Rationing fluorescent logging refers in oil drilling process using contained in petroleum bloom analyzer quantitative detection rock sample
The fluorescence intensity of petroleum calculates current hydrocarbon concentration using the standard working curve that the oil for facing well identical layer position is done, is contained according to hydrocarbon
Amount number and oily situation judge stratum oil-containing situation, method to carry out Oil/Gas Reservoir Assessment.Quantitative fluorescence analysis skill
Art can substantially be divided into following three phases: first is that Texaco Petroleum Maatschappij (Netherland) B.V, the U.S. eighties develops QFT single-point quantitative fluorescence
Mud logging techniques；Second is that the QFT two-dimensional quantitative fluorologging technology that the said firm releases the nineties；And the proposition of the later period nineties
TSF 3-D quantitative fluorescent technique, corresponding, the fluorologging instrument of mainstream used in domestic petroleum industrial production is divided into single-point
Measurement type, two-dimensional type and three dimensional type.
Wherein: the characteristics of single-point rationing fluorescent logging instrument is that instrument is simple, but the data information amount provided is extremely limited；Two
Tieing up fluorescence analyser is improved on the basis of the former, using light splitting technology, by single-point rationing fluorescent logging instrument transmitted wave
It is long to be changed to 260 to 800 nanometers of progress length scannings from 320 originally fixed nanometer optical waves, and finally obtain abscissa for transmitting
Wavelength, the two-dimensional fluoroscopic map that ordinate is fluorescence intensity, this map can obtain oil gas weight and current rock stratum
The judgement of oil content, and exclude the fluorescence interference of drilling fluid additive；Three-dimensional fluorescence instrument is also to use to divide to laser emission wavelength
Light technology is irradiated sample using the exciting light of different wave length, obtains different two-dimension spectrums, and multiple two-dimension spectrums are folded
Add to form three-dimensional spectrum, the Fluorescence fingerprint figure of sample can be obtained by proper treatment, he is for reservoir properties judgement, oil sources
Comparison tracking etc. has higher value.
Authorization Notice No. is that the Chinese patent of CN201540251U discloses a kind of two-dimensional quantitative fluorescence detector comprising light source
Power supply, Switching Power Supply, cold light source, optical filter, sample cell, light path module, computer and optical fiber, optical filter are fixed on sample cell
End, light source power are connected with cold light source, and Switching Power Supply is connected with CCD detector, and cold light source, sample cell, CCD detector pass through light
Fibre is connected in turn, and CCD detector is connected by USB port with computer.The device has overall volume small, light-weight
Feature.
The fundamental analysis component of two-dimensional quantitative fluorescence detector, still, the examination injected in sample cell are equipped in above-mentioned patent
Agent is that preconfigured, current analyzer is needed to need individual sample preparation component, and therefore, the degree of automation of instrument is omited
It is weak.
Utility model content
The purpose of this utility model is to provide a kind of two-dimentional petroleum bloom analyzer, it is by by two-dimensional fluoroscopic sample system
Component required for standby and analysis detection is integrated on an instrument, and it is glimmering that two-dimentional petroleum is improved on the basis of existing instrument
The degree of automation of light analyzer.
The above-mentioned purpose of the utility model has the technical scheme that a kind of two-dimentional petroleum bloom analysis
Instrument, including shell, setting in the housing for configure the sample preparation component of experimental liquid, the specimen holder for placing laboratory sample,
For driving driving guiding device, cuvette, light path module, central control module, power module and the colorimetric of sample preparation component
Ware bracket, the sample preparation component includes the first syringe pump, the fixing seat being fixed on shell, is fixed in fixing seat and output end
The sample introduction arm that is arranged straight down, the injection seat being fixed on sample introduction arm output end, the injection needle being set on injection seat and
Second syringe pump, the first syringe pump be connected tos by flexible conduit with injection seat, the second syringe pump pass through polytetrafluoro corrosion-resistant pipe and
The connection of cuvette lower end.
By using above-mentioned technical proposal, in use, the first syringe pump extracts reagent, and reagent is added by injection needle
In each reagent bottle on specimen holder, after reagent is sufficiently reacted with rock sample, the first injection pump operation, by injection needle by corresponding reagent
Liquid extracting in bottle comes out and is injected into cuvette, and then lamps and lanterns are radiated on cuvette, so that experimental sample generation is glimmering
Light reaction starts to be detected;After detection, experimental sample is taken away from cuvette using the second syringe pump, is then used
Cleaning solution is added into cuvette for sample preparation component, after cleaning, is taken away cleaning solution using the second syringe pump.Make petroleum in this way
Sample preparation, the detection of fluorescence analyser can be completed on one device, and the degree of automation of equipment is higher.
The utility model is further arranged to: the driving guiding device includes transverse support, is set to transverse support one
The cross motor at end, the horizontal leading screw for being connected to cross motor output end and extending along transverse support length direction, screw thread connect
Be connected in horizontal leading screw and can transversely the horizontal thread set of support sliding, perpendicular to transverse support and be fixed on vertical on partition
To support, the longitudinal motor that is set to longitudinal support one end, it is connected to longitudinal motor output end and along longitudinal standoff length side
To extension longitudinal leadscrew and be threadedly connected on longitudinal leadscrew and can support slides along longitudinal direction longitudinal screw set, laterally prop up
Seat is fixed on longitudinal screw and puts on, and fixing seat is fixed on horizontal thread and puts on.
By using above-mentioned technical proposal, fixing seat support and transverse support can move along longitudinal direction, while fixing seat can
To move up and down under the driving effect of sample introduction arm, it can thus make fixing seat that injection seat and injection needle be driven to complete sample
On frame in each reagent bottle reagent addition and extraction, the degree of automation of petroleum bloom analyzer is higher.
The utility model is further arranged to: the shell includes bottom plate, perpendicular to bottom plate and encloses thirdly three pieces of face
Side plate and the horizontal partition for being fixed on three pieces of side plate upper edges.
By using above-mentioned technical proposal, shell is divided into upper layer and lower layer, and the arrangement of each component is more reasonable, conveniently.
The utility model is further arranged to: the specimen holder includes horizontally disposed substrate, is set to above substrate
Web plate and connecting rod for fixed substrate and web plate.
By using above-mentioned technical proposal, in use, being placed on base after the bottom end of reagent bottle is passed through the mesh on web plate
On plate, the bottom of such reagent bottle can obtain the support of substrate, and the middle part of reagent bottle can obtain the support of web plate, and then be not easy
Topple over because of vibration.
The utility model is further arranged to: there are two the web plate is total, two web plates are distributed up and down and the net of both
Hole corresponds to each other.
By using above-mentioned technical proposal, reagent bottle side can obtain the support of two blocks of web plates, two-point locating straight line,
Two blocks of web plates are more preferable to the supporting role of reagent bottle.
The utility model is further arranged to: the cuvette includes transparent cylinder, is opened in leading directly in cylinder vertically
Hole and the communicating pipe for being fixed on cylinder body bottom and connection clear opening.
By using above-mentioned technical proposal, after detection, using pumping parts such as syringe pumps by reagent from communicating pipe
It takes away, cleaning solution is then added into cylinder with sample preparation component, after cleaning, using pumping parts such as syringe pumps from communicating pipe
Cleaning solution is taken away, such sample preparation component only need to be added reagent perhaps cleaning solution without reagent or cleaning are sucked out again
Liquid, so that the cleaning process of cuvette is more convenient.
The utility model is further arranged to: the cuvette further includes being opened in cylinder lower end and being connected under clear opening
The bellmouth at end, the biggish one end of bellmouth opening are set up, and communicating pipe is connected to the lesser one end of bellmouth opening.
It is cleaned more dry by using above-mentioned technical proposal so that reagent or cleaning solution are not easy to be detained in cylinder body bottom
Only, thoroughly.
The utility model is further arranged to: further including the cuvette bracket for installing cuvette, the cuvette branch
Frame includes the mounting plate being fixed on bottom plate, the column being fixed on mounting plate vertically, the sleeve being fixed on column vertically, consolidates
Due to sleeve upper end cover board, be opened in sleeve lateral wall light source base, be opened in sleeve lateral wall and the inspection of corresponding light source seat
Gaging hole and the intercommunicating pore for being opened on column and being connected to sleeve inner, cover board middle part offer hole and the hole and correspond to cuvette cylinder
Opening at the top of body.
By using above-mentioned technical proposal, in use, cuvette bracket is fixed on bottom plate, cuvette is put into sleeve
In, cover board is sealed up, one end is passed through into intercommunicating pore using polytetrafluoro corrosion-resistant pipe and is connected on communicating pipe, from the hole on cover board
Place is put into reagent, opens the light source being mounted on light source base, is detected from detection hole, after detection, the second syringe pump
Run and simultaneously extract reagent out, and inject cleaning solution in backward cuvette, then extracted out by the second syringe pump, complete cleaning, using compared with
For convenience.
The utility model is further arranged to: the light path module includes the box body being fixed on bottom plate, is set to box body
In two reflecting mirrors, the grating being set in box body and the photomultiplier tube being set in box body, cuvette bracket fix
In on the outer wall of box body, cuvette is fixed in cuvette bracket, is corresponded on box body and is opened at the position of cuvette bracket detection hole
Equipped with slit, is corresponded on box body and offer slit at the position of photomultiplier tube.
By using above-mentioned technical proposal, in use, cuvette bracket is fixed at the position that A is directed toward on box body, light source
Shine irradiation cuvette, and sample reaches on first piece of reflecting mirror after issuing fluorescence by slit, then will by first piece of reflecting mirror
Light is reflected on grating, and grating is reflexed to after handling light on second piece of reflecting mirror, and second piece of reflecting mirror is again
Light is reflexed on photomultiplier tube, electric signal is converted optical signals by photomultiplier tube, it is subsequent to be carried out by computer
Reason.
The utility model is further arranged to: the gyro black assembly for adjusting grating angle is additionally provided in the light path module,
Gyro black assembly include turning motor, the retarder for being connected to turning motor output end, the rotating shaft for being connected to retarder output end,
It is connected to the first bevel gear of rotating shaft end, the revolving platform for being supported in box body bottom is horizontally rotated and is connected on revolving platform
The second taper cone pulley, first bevel gear and second bevel gear engagement, grating be fixed on revolving platform and the plate face of grating perpendicular to
The table top of revolving platform.
By using above-mentioned technical proposal, in use, turning motor drives rotating shaft rotation, so that the first hammer gear
It drives the change of second bevel gear degree to rotate backward, so that revolving platform is rotated, the position of grating is adjusted.
In conclusion the utility model has the following beneficial effects:
1. sample preparation, detection, dilution, the discharge of experimental sample of two-dimentional petroleum bloom analyzer can be on one device
It completes, the degree of automation of equipment is higher；
2. drive the Curve guide impeller of guiding device, allowing fixing seat, support and transverse support are mobile along longitudinal direction, simultaneously
Fixing seat can be moved up and down with the driving of sample introduction arm, can thus make fixing seat that injection seat and injection needle be driven to complete sample
On product frame in each reagent bottle reagent addition and extraction, the degree of automation of petroleum bloom analyzer is higher.
Detailed description of the invention
Fig. 1 is the structural schematic diagram at two-dimentional one visual angle of petroleum bloom analyzer；
Fig. 2 is the structural schematic diagram at another visual angle of two-dimentional petroleum bloom analyzer；
Fig. 3 is the structural schematic diagram of cuvette bracket；
Fig. 4 is the structural schematic diagram of cuvette；
Fig. 5 is the structural schematic diagram of specimen holder；
Fig. 6 is the perspective view of light path module；
Fig. 7 is the top view of light path module.
In figure, 1, shell；10, bottom plate；11, side plate；12, partition；13, reagent bottle；2, sample preparation component；20, the first injection
Pump；21, fixing seat；22, sample introduction arm；23, injection seat；24, injection needle；25, the second syringe pump；3, specimen holder；30, substrate；31,
Web plate；32, connecting rod；33, location hole；4, guiding device is driven；40, transverse support；41, cross motor；42, horizontal leading screw；
43, horizontal thread set；44, longitudinal support；45, longitudinal motor；46, longitudinal leadscrew；47, longitudinal screw set；5, cuvette；50,
Cylinder；51, clear opening；52, bellmouth；53, communicating pipe；6, light path module；60, box body；600, slit；61, reflecting mirror；62,
Grating；63, photomultiplier tube；64, barn door；65, gyro black assembly；650, turning motor；651, retarder；652, rotating shaft；
653, revolving platform；7, central control module；8, power module；9, cuvette bracket；90, mounting plate；91, column；92, sleeve；
93, cover board；94, light source base；95, detection hole；96, intercommunicating pore.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment
Referring to Fig.1, Fig. 2, a kind of two dimension petroleum bloom analyzer, including shell 1, setting are within the case 1 for configuring reality
Test the sample preparation component 2 of liquid, the specimen holder 3 for placing laboratory sample, the driving guiding device 4 for driving sample preparation component 2,
Cuvette 5, light path module 6, central control module 7, power module 8 and cuvette bracket 9.
Shell 1 include bottom plate 10, perpendicular to bottom plate 10 and enclose thirdly three blocks of side plates 11 and level in face are fixed on three
The partition 12 of 11 upper edge of block side plate.
Sample preparation component 2 include the first syringe pump 20, be fixed on partition 12 fixing seat 21, be fixed in fixing seat 21 and
Sample introduction arm 22 that output end is arranged straight down, is set to injection seat 23 at the injection seat 23 being fixed on 22 output end of sample introduction arm
On injection needle 24 and the second syringe pump 25.First syringe pump 20 is connected to by flexible conduit with injection seat 23.
Sample introduction arm 22 includes sample introduction motor and sample introduction lead screw, offers threaded hole along the vertical direction in fixing seat 21, into
Sample lead screw and threaded hole cooperate, and the two sides of injection seat 23 are provided with L shaped plate, and two pieces of L shaped plates form notch and are stuck in fixation
On seat 21, when sample introduction motor operation, injection seat 23 can move up and down along fixing seat 21.
In conjunction with Fig. 5, specimen holder 3 includes horizontally disposed substrate 30, two blocks of web plates 31 for being set in turn in 30 top of substrate
And for fixed substrate 30 and the connecting rod of web plate 31 32, the hole on upper and lower two blocks of web plates 31 is corresponded to each other, and connecting rod 32 is solid
Due to the edge of substrate 30 and web plate 31.Mesh is corresponded on the web plate 31 of the top and is provided with number, is convenient for staff
Reagent bottle 13 is put into according to number.In actual use, the shape of specimen holder 3 is more regular, and staff, which is easy to appear, to put back
Problem, in order to solve this problem, substrate 30 on one side on offer a location hole 33 up and down, on bottom plate 10
It is provided with lug boss to be adapted to location hole 33, when lug boss just corresponds to below location hole 33, illustrates that specimen holder 3 is placed on
Suitable position.Mesh on web plate 31 shares 25, each has individual number, from 1-25.
Substrate 30, web plate 31 and connecting rod 32 are made of stainless steel material, are got rusty after avoiding it from being infected with reagent.Substrate 30
It is square with web plate 31, the side length of the two is equal and upper and lower correspondence, so that the whole structure of specimen holder 3 is more regular, just
In arrangement reagent bottle 13.
Referring to Fig.1, Fig. 2, driving guiding device 4 include transverse support 40, the laterally electricity for being set to 40 one end of transverse support
Machine 41, is threadedly coupled the horizontal leading screw 42 for being connected to 41 output end of cross motor and extending along 40 length direction of transverse support
In in horizontal leading screw 42 and can horizontal thread set 43 that transversely support 40 slides, perpendicular to transverse support 40 and be fixed on partition
Longitudinal support 44 on 12, is connected to 45 output end of longitudinal motor and edge at the longitudinal motor 45 for being set to longitudinal 44 one end of support
The longitudinal leadscrew 46 that extends of longitudinal 44 length direction of support and be threadedly connected on longitudinal leadscrew 46 and can support along longitudinal direction
The longitudinal screw set 47 of 44 slidings, transverse support 40 are fixed on longitudinal screw set 47, and fixing seat 21 is fixed on horizontal thread set
On 43.
Longitudinal support 44 shares two, and corresponding longitudinal motor 45, longitudinal leadscrew 46 and longitudinal screw set 47 have two
A, transverse support 40 is fixed on two longitudinal screw sets 47 with both ends, is run more steady.
A U-shaped breach is provided on partition 12, longitudinal support 44 is located at the two sides of U-shaped breach, and transverse support 40 is located at U
The bottom of v notch v.Specimen holder 3 is set on bottom plate 10 and the U-shaped notch of corresponding partition 12, injection needle 24 are located in U-shaped breach
And correspond to the top of specimen holder 3.
Referring to Fig. 2, Fig. 4, cuvette 5 is vertically provided on bottom plate 10, and corresponding with the U-shaped breach on partition 12, packet
Transparent cylinder 50 is included, the clear opening 51 being opened in cylinder 50 vertically, 50 lower end of cylinder is opened in and is connected under clear opening 51
It the bellmouth 52 at end and is fixed on 50 bottom of cylinder and is connected to the communicating pipe 53 of bellmouth 52, bellmouth 52 is open biggish one
Side is set up.
In use, reagent is added from 51 upper end of clear opening, lamps and lanterns are radiated on transparent cylinder 50, so that experimental sample generates
Fluorescence reaction, and then convenient for detection.Second syringe pump 25 is connected to by polytetrafluoro corrosion-resistant pipe with communicating pipe 53, in order to compare
Experimental sample discharge in color ware 5.
Cylinder 50 is in rectangle, and external structure is more regular, is injected convenient for light.The circular in cross-section of clear opening 51,
Conducive to reagent flowing.Cuvette 5 is with quartzy powder sintering and each section is integrally formed.The length of 5 middle cylinder body 50 of cuvette is 10cm,
More reagent can once be filled；It can be used for dilute sample simultaneously.
Referring to Fig. 3, in order to enable the installation and replacement of cuvette 5 are more convenient, setting cuvette bracket 9 be used for its into
Row installation.Cuvette bracket 9 include the mounting plate 90 being fixed on bottom plate 10, be fixed on vertically column 91 on mounting plate 90,
The vertical sleeve 92 being fixed on column 91, the cover board 93 for being fixed on 92 upper end of sleeve, the light source being opened on 92 side wall of sleeve
Seat 94 is opened on 92 side wall of sleeve and the detection hole 95 of corresponding light source seat 94 and is opened on column 91 and is connected to sleeve 92
Internal intercommunicating pore 96, offers hole in the middle part of cover board 93 and the hole correspond to opening at the top of 5 cylinder of cuvette 50.
In use, cuvette bracket 9 is fixed on bottom plate 10, cuvette 5 is put into sleeve 92, seals up cover board 93,
One end is passed through into intercommunicating pore 96 using polytetrafluoro corrosion-resistant pipe and is connected on communicating pipe 53.Polytetrafluoro corrosion-resistant pipe it is another
End is connect with the second syringe pump 25.It is put into reagent from the hole on cover board 93, the light source being mounted on light source base 94 is opened, from inspection
It is detected at gaging hole 95, after detection, the second syringe pump 25 runs and extracts reagent out, and injects in backward cuvette 5
Cleaning solution, then extracted out by the second syringe pump 25, complete cleaning.
Light path module 6 is arranged on bottom plate 10, and central control module 7 is arranged on bottom plate 10, is used for coordinated control system
The work of sample component 2, driving guiding device 4 and light path module 6, the edge of bottom plate 10 is arranged in power module 8, for for
Each module is powered.
Referring to Fig. 2, Fig. 6, Fig. 7, light path module 6 includes the box body 60 being fixed on bottom plate 10, is set in box body 60
Two reflecting mirrors 61, the grating 62 being set in box body 60 and the photomultiplier tube 63 being set in box body 60, cuvette branch
Frame 9 is fixed on the outer wall of box body 60, and cuvette 5 is fixed in cuvette bracket 9, and the inspection of cuvette bracket 9 is corresponded on box body 60
Slit 600 is offered at the position of gaging hole 95, is corresponded on box body 60 and is offered slit 600 at the position of photomultiplier tube 63.
In use, cuvette bracket 9 is fixed at the position that A is directed toward on box body 60, light source luminescent irradiates cuvette 5, examination
Sample reaches on first piece of reflecting mirror 61 after issuing fluorescence by slit 600, is then reflected into light by first piece of reflecting mirror 61
On grating 62, grating 62 is reflexed to after handling light on second piece of reflecting mirror 61, and second piece of reflecting mirror 61 again will
Light reflexes on photomultiplier tube 63, converts optical signals into electric signal by photomultiplier tube 63, subsequent to be carried out by computer
Processing.
Two reflecting mirrors 61 are individually fixed on two angles of box body 60, are corresponded to wherein at the fixed position A of cuvette bracket 9
One reflecting mirror 61, another the corresponding reflecting mirror 61 of photomultiplier tube 63, in entire treatment process, light forms similar literal M
Path.
Light source can be LED ultraviolet lamp, be also possible to xenon lamp.What light source issued is strong light, can be to light after irradiating for a long time
The service life of grid 62 impacts.The two sides for corresponding to grating 62 in box body 60 thus are provided with barn door 64, and barn door 64 is fixed
In box body 60, barrier effect can be played to extra light.
The gyro black assembly 65 for adjusting 62 angle of grating is additionally provided in light path module 6, gyro black assembly 65 includes revolution electricity
Machine 650, the rotating shaft 652 for being connected to 651 output end of retarder, connects the retarder 651 for being connected to 650 output end of turning motor
It is connected to the first bevel gear of 652 end of rotating shaft, the revolving platform 653 for being supported in 60 bottom of box body is horizontally rotated and is connected to back
The second taper cone pulley on turntable 653, first bevel gear and second bevel gear engagement, grating 62 is fixed on revolving platform 653 and light
Table top of the plate face of grid 62 perpendicular to revolving platform 653.
In use, turning motor 650 drives rotating shaft 652 to rotate, so that the first hammer gear drives second bevel gear
90 degree of changes rotate backward, so that revolving platform 653 is rotated, the position of grating 62 is adjusted.
The embodiment of present embodiment is the utility model preferred embodiment, not limits the utility model according to this
Protection scope, therefore: it is practical new should all to be covered by this for the equivalence changes that all structures, shape, principle according to the utility model are done
Within the protection scope of type.
Claims (10)
1. a kind of two dimension petroleum bloom analyzer, it is characterised in that: including shell (1), be arranged in shell (1) for configuring reality
Test the sample preparation component (2) of liquid, the specimen holder (3) for placing laboratory sample, for driving the driving of sample preparation component (2) to be oriented to
Device (4), cuvette (5), light path module (6), central control module (7), power module (8) and cuvette (5) bracket, institute
Sample preparation component (2) are stated to include the first syringe pump (20), the fixing seat (21) being fixed on shell (1), be fixed on fixing seat (21)
Sample introduction arm (22) that upper and output end is arranged straight down, the injection seat (23) being fixed on sample introduction arm (22) output end, setting
In injection needle (24) and the second syringe pump (25) on injection seat (23), the first syringe pump (20) passes through flexible conduit and injection
Seat (23) connection, the second syringe pump (25) are connected to by polytetrafluoro corrosion-resistant pipe with cuvette (5) lower end.
2. two dimension petroleum bloom analyzer according to claim 1, it is characterised in that: driving guiding device (4) packet
It includes transverse support (40), the cross motor (41) for being set to transverse support (40) one end, be connected to cross motor (41) output end
And extend along transverse support (40) length direction horizontal leading screw (42), be threadedly connected on horizontal leading screw (42) and can be along cross
The horizontal thread set (43) that is slid to support (40), perpendicular to transverse support (40) and longitudinal support for being fixed on partition (12)
(44), it is set to the longitudinal motor (45) of longitudinal support (44) one end, is connected to longitudinal motor (45) output end and along longitudinal direction
It longitudinal leadscrew (46) that support (44) length direction extends and is threadedly connected on longitudinal leadscrew (46) and can support along longitudinal direction
(44) the longitudinal screw set (47) slid, transverse support (40) are fixed on longitudinal screw set (47), and fixing seat (21) is fixed on
On horizontal thread set (43).
3. two dimension petroleum bloom analyzer according to claim 2, it is characterised in that: the shell (1) includes bottom plate
(10), perpendicular to bottom plate (10) and enclose thirdly three pieces of side plates (11) in face and level are fixed on three pieces of side plate (11) upper edges
Partition (12).
4. two dimension petroleum bloom analyzer according to claim 3, it is characterised in that: the specimen holder (3) includes level
The substrate (30) of setting, the web plate (31) being set to above substrate (30) and the company for being used for fixed substrate (30) and web plate (31)
Extension bar (32).
5. two dimension petroleum bloom analyzer according to claim 4, it is characterised in that: there are two the web plate (31) is total,
Two web plates (31) are distributed up and down and the mesh of both corresponds to each other.
6. two dimension petroleum bloom analyzer according to claim 5, it is characterised in that: the cuvette (5) includes transparent
Cylinder (50), the clear opening (51) being opened in cylinder (50) vertically and be fixed on cylinder (50) bottom and connection clear opening
(51) communicating pipe (53).
7. two dimension petroleum bloom analyzer according to claim 6, it is characterised in that: the cuvette (5) further includes out
Set on cylinder (50) lower end and be connected to the bellmouth (52) of clear opening (51) lower end, bellmouth (52) be open biggish one end to
Upper setting, communicating pipe (53) are connected to the lesser one end of bellmouth (52) opening.
8. two dimension petroleum bloom analyzer according to claim 7, it is characterised in that: further include for installing cuvette
(5) cuvette (5) bracket, cuvette (5) bracket include the mounting plate (90) being fixed on bottom plate (10), fix vertically
In on mounting plate (90) column (91), vertically be fixed on column (91) sleeve (92), be fixed on sleeve (92) upper end
Cover board (93), the light source base (94) being opened on sleeve (92) side wall are opened on sleeve (92) side wall and corresponding light source seat
(94) detection hole (95) and it is opened on column (91) and is connected to sleeve (92) internal intercommunicating pore (96), in cover board (93)
Portion offers hole and the hole corresponds to the opening at the top of cuvette (5) cylinder (50).
9. two dimension petroleum bloom analyzer according to claim 8, it is characterised in that: the light path module (6) includes solid
Due on bottom plate (10) box body (60), be set in box body (60) two reflecting mirrors (61), be set in box body (60)
Grating (62) and the photomultiplier tube (63) being set in box body (60), cuvette bracket (9) are fixed on the outer of box body (60)
On wall, cuvette (5) is fixed in cuvette bracket (9), and the position of cuvette bracket (9) detection hole (95) is corresponded on box body (60)
The place of setting offers slit (600), corresponds on box body (60) and offers slit (600) at the position of photomultiplier tube (63).
10. according to claim 1 or two-dimentional petroleum bloom analyzer described in 9, it is characterised in that: in the light path module (6)
It is additionally provided with the gyro black assembly (65) for adjusting grating (62) angle, gyro black assembly (65) includes turning motor (650), is connected to back
The retarder (651) of rotating motor (650) output end, is connected to back the rotating shaft (652) for being connected to retarder (651) output end
The first bevel gear of shaft (652) end horizontally rotates the revolving platform (653) for being supported in box body (60) bottom and is connected to back
The second taper cone pulley on turntable (653), first bevel gear and second bevel gear engagement, grating (62) are fixed on revolving platform (653)
Table top of upper and grating (62) the plate face perpendicular to revolving platform (653).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920233463.0U CN209673817U (en) | 2019-02-22 | 2019-02-22 | Two-dimentional petroleum bloom analyzer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920233463.0U CN209673817U (en) | 2019-02-22 | 2019-02-22 | Two-dimentional petroleum bloom analyzer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209673817U true CN209673817U (en) | 2019-11-22 |
Family
ID=68569547
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920233463.0U Active CN209673817U (en) | 2019-02-22 | 2019-02-22 | Two-dimentional petroleum bloom analyzer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209673817U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111024148A (en) * | 2019-12-30 | 2020-04-17 | 大英西南精密模具有限公司 | High-precision mold finished product inspection device |
-
2019
- 2019-02-22 CN CN201920233463.0U patent/CN209673817U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111024148A (en) * | 2019-12-30 | 2020-04-17 | 大英西南精密模具有限公司 | High-precision mold finished product inspection device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1423745A (en) | In-situ detection and analysis of methane in coal bed methane formations with spectrometers | |
| CN1283989C (en) | Methods and apparatus for downhole fluids analysis | |
| CN209673817U (en) | Two-dimentional petroleum bloom analyzer | |
| CN105259358A (en) | Multi-channel rotary type Raman spectroscopy detection sample pool device and detecting method thereof | |
| CN107817226B (en) | Three-dimensional automatic petroleum fluorescence analyzer | |
| AU2003279837A1 (en) | In-situ detection and analysis of coal bed methane formations | |
| CN1836155A (en) | Method and apparatus for a downhole refractometer and attenuated reflectance spectrometer | |
| JPH08201283A (en) | Water-quality measuring apparatus | |
| CN209911229U (en) | Sample rack for petroleum fluorescence analyzer | |
| CN107576802A (en) | A kind of detection means and detection method of fluorescence micro albumen | |
| CN207964638U (en) | Geological logging debris Analysis of Transmission device | |
| CN112903662A (en) | Portable laser Raman spectrum detection device for liquid phase real-time detection | |
| CN108254583A (en) | A kind of pH value of fabrics automatic test equipment | |
| CN117288818A (en) | Deep sea benthos environmental parameter simulation monitoring device | |
| CN210005436U (en) | colorimetric ware for petroleum fluorescence analyzer | |
| CN117109522A (en) | Sedimentation water level integrated monitoring device | |
| CN115753263B (en) | Gas collecting device for continuous measurement of chemical quantity of non-self-flowing well | |
| CN110208223A (en) | Geological logging debris Analysis of Transmission device | |
| CN204831462U (en) | Canning crude oil oil -water interface measuring apparatu | |
| CN205095829U (en) | A solid sample frame for fluorospectrophotometer | |
| CN211505220U (en) | Full-automatic multi-wavelength angle excitation fluorescence luminosity detection analyzer | |
| CN112505341A (en) | Full-automatic oil smoke tester | |
| CN113884474A (en) | Portable underground water well washing, sampling and heavy metal detection integrated device | |
| CN114414297A (en) | Water environment monitoring and controlling equipment | |
| CN203595664U (en) | Portable spectrum water quality testing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |