CN208535498U - A kind of magnetometer hanger for Time-domain AEM detection system - Google Patents
A kind of magnetometer hanger for Time-domain AEM detection system Download PDFInfo
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- CN208535498U CN208535498U CN201821159941.XU CN201821159941U CN208535498U CN 208535498 U CN208535498 U CN 208535498U CN 201821159941 U CN201821159941 U CN 201821159941U CN 208535498 U CN208535498 U CN 208535498U
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Abstract
The utility model discloses a kind of magnetometer hangers for Time-domain AEM detection system, include probe cassette, counterweight box, hanger long tube, pipe clamp with holes, balance empennage and stationary fixture；One end of hanger long tube is arranged in probe cassette, and the other end of hanger long tube is arranged in counterweight box, balances empennage and hanger long tube is arranged in close to the tail portion of probe cassette one end in stationary fixture, magnetometer probe is arranged in the inside of probe cassette；Pipe clamp with holes is fixed on the pipe shaft of hanger long tube.Probe cassette includes probe Kato, rotatable spherical shell and probe cassette shell；Probe Kato is fixed in rotatable spherical shell, and rotatable spherical shell is arranged in probe cassette shell and can rotate.All material is glass fibre or engineering plastics.Magnetometer hanger provided by the utility model for Time-domain AEM detection system, improves the range of magnetometer probe angular adjustment, easy for installation fixed, to magnetometer and Electromagnetic Launching and reception device all without any interference.
Description
Technical field
The utility model relates to a kind of magnetometer hangers, and in particular, to one kind is detected for Time-domain AEM
The magnetometer hanger of system.
Background technique
Time-domain AEM (ATEM) detection system is one kind of airborne geophysical prospecting.Airborne geophysical prospecting is as quick, economical
High-tech exploration method in western developed country using relatively broad, be mainly used for metallic mineral resources investigation, region resource
It reconnoitres and geologic mapping etc..Flight operation can be such that the speed of detection and application range greatly expands, and greatly improve resource and survey
The efficiency examined.
Time domain aviation electromagnetic detection system is plug-in by the airborne equipments such as on-board data acquisition and logger computer and cabin
Magnetometer and transmitting coil and receiving coil composition.The magnetometer that this system uses is CS-VL high-precision caesium optical pumped magnetometer,
It uses stable Cs element as operation material, is produced using harsh industrial standard.The magnetometer has high sensitivity, low
Noise, continuous-reading, automatic hemisphere selection, wide operating voltage, the dead zone range of big working region very little turn to poor very little etc.
Feature.It is the optimal selection of aeromagnetic survey.Center probe axis will be certain with earth's magnetic field angle in the magnetometer course of work
In range, it will be unable to measure accurate data more than this range magnetometer.Earth magnetic field is generally to maintain within a certain area
Stable, variation will not be very big, but in the world, magnetic direction is different in each region, therefore the present invention is
So that whole system is can adapt to the magnetic field environment in the whole world, needs the fixation device of magnetometer probe can to adjust angle adaptively
The variation in signal magnetic field direction.
Utility model content
The purpose of the utility model is to provide a kind of magnetometer hangers, overcome the deficiencies of existing technologies, and improve magnetometer and visit
The range of head angular adjustment, it is easy for installation fixed, to magnetometer and Electromagnetic Launching and reception device all without any interference.
In order to achieve the above object, the utility model provides a kind of magnetic for Time-domain AEM detection system
Power instrument hanger, wherein the hanger includes probe cassette, counterweight box, hanger long tube, pipe clamp with holes, balances empennage and fixing clamp
Tool；One end of hanger long tube is arranged in the probe cassette, and the other end of hanger long tube is arranged in the counterweight box, described
Hanger long tube is arranged in close to the tail portion of probe cassette one end in balance empennage and stationary fixture, and the inside setting magnetometer of probe cassette is visited
Head；The pipe clamp with holes is fixed on the pipe shaft of hanger long tube.Probe cassette, counterweight box, pipe clamp with holes balance empennage and fixation
Fixture is that engineering plastics are made.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the probe cassette includes
Probe Kato, rotatable spherical shell and probe cassette shell；The probe Kato is fixed in rotatable spherical shell, and described is rotatable
Spherical shell is arranged in probe cassette shell and can be with Arbitrary Rotation, so as to arbitrarily adjust magnetometer probe angle.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the probe Kato by
Upper Kato symmetrical above and below and lower Kato composition, upper Kato and lower Kato are identical hyperbola rotary body, are respectively equipped with thereon
It is circular horn-like cavity that the inside of through-hole, upper Kato and lower Kato, which is respectively equipped with bottom surface, and major part side is opposite up and down.Cable
It is pierced by from through-hole.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the rotatable spherical shell
The spherical shape ghost being made of upper and lower two-part two hemispherical Shells is respectively equipped with through-hole on two hemispherical Shells, and respectively with
Upper Kato and lower Kato are corresponding, and two hemispherical Shells buckle constitute spheroidal except upper Kato and lower Kato respectively, and will probe
Kato is fixed.That is, probe Kato is fixed by the rotatable spherical shell that two hemispherical Shells form, the opened hole of each hemisphere and probe card
Part or lower part are corresponding in support, and the cabling of magnetometer probe cable is convenient in aperture design.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the probe cassette shell
It is made of probe cassette housing cove and probe cassette shell collet；The probe cassette shell collet is to have bottom without the barrel-shaped of top,
Bucket wall side is equipped with the supporting bracket for being used to connect hanger long tube of the short tubular perpendicular to the drum longitudinal axis, supporting bracket and probe cassette
The junction of shell collet is equipped with one piece of backplate, and the opposite side on the outer wall of probe cassette shell collet also is provided with one piece of shield
Plate；Probe cassette housing cove is the disc lid that edge is equipped with downward edge, structure after fastening with probe cassette shell collet
At a cylindrical type closed chamber.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein outside the counterweight box
Shape is identical as probe cassette, and the counterweight box is equipped with outside the counterweight box that counterweight box housing cove and counterweight box shell collet form
Shell；The counterweight box interior of shell is placed with clump weight, so that hanger long tube both ends balance, thus before making entire magnetometer hanger
After balance.The counterweight box shell and counterweight box housing cove and counterweight box shell collet respectively with probe cassette shell, visit
Head cartridge housing cove is identical with probe cassette shell collet.Counterweight can make magnetometer awing keep balancing, counterweight box and spy
Head cartridge is identical, can also install two magnetometers, simultaneously when needed so as to measure magnetic gradient data.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the hanger long tube is
A piece glass fibre round tube.Preferably 10 centimetres of diameter.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the balance empennage packet
Containing the identical right-angled trapezium plate of three pieces, quadrangle is respectively fillet, and the right-angle side of right-angled trapezium plate is respectively along hanger long tube
The setting of tube wall length direction and perpendicular to the tube wall of hanger long tube, be greater than in the trapezoidal bottom edge lengths close to probe cassette side
The other side；The adjacent right-angled trapezium plate of every two panels is fixed by the tube wall of a stationary fixture and hanger long tube, and adjacent two
Angle between piece right-angled trapezium plate is 120 °, i.e. 360 ° of circumference is divided equally in the setting position of three pieces right-angled trapezium plate.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the stationary fixture is set
There are three, each stationary fixture separately includes 1/3 cylindrical surface that one is arranged in centre and its two sides is respectively arranged a piece of
The fixinig plate of round rectangle, diametrical direction of the fixinig plate along 1/3 cylindrical surface extend outwardly, and the angle between the fixinig plate of two sides is
120 °, every side fixinig plate and a balance empennage are fixed, and a circular boop is constituted among three stationary fixtures, is nested in hanger long tube
Tail portion and fixation close to probe cassette one end.The two sides of every parallel empennage are solid with the fixinig plate of a stationary fixture side respectively
Fixed, balance empennage is fixed on hanger long tube by stationary fixture, can be reduced in flight course as caused by air-flow shakiness
For the vibration influence of magnetometer hanger, entire hanger can be made to keep stable in the gas flow in flight, allow hanger compared with
Smoothly to work.
The above-mentioned magnetometer hanger for Time-domain AEM detection system, wherein the pipe clamp with holes is
By symmetrically arranged identical circular boop shape dimerous, every part includes a semi-cylindrical, and two sides are respectively equipped with edge
The edge perpendicular to semi-cylindrical that the diametrical direction of semi-cylindrical extends outwardly, the area on two sides edge small one and large one, big side
Along being equipped with a circular hole.Two parts are opposite to be closed up and fixes, and is nested on the pipe shaft of hanger long tube, and circular hole thereon is used to wear
It crosses rope and hangs entire hanger.
Magnetometer hanger provided by the utility model for Time-domain AEM detection system has the advantage that
1) hanger can be used for different size magnetometer, and interchangeability is high.
2) hanger secures magnetometer well, and airtightness is fine, allows the work that magnetometer is stable, not by
External force and rainwater influence.
3) this hanger can improve magnetometer probe angle using sphere as fixing shell with 360 degree of any adjusting angles
Spend the range adjusted, and fixed form be spherical surface be bonded squeeze it is fixed by way of, it is easy for installation fixed.
4) this hanger all material is glass fibre or engineering plastics, without any magnetic and conductive component, hanger sheet
Body is to magnetometer and Electromagnetic Launching and reception device all without any interference.
Detailed description of the invention
Fig. 1 is the structural representation of the magnetometer hanger for Time-domain AEM detection system of the utility model
Figure.
Fig. 2 is the probe cassette shell of the magnetometer hanger for Time-domain AEM detection system of the utility model
Schematic diagram.
Fig. 3 is the probe capsule of the magnetometer hanger for Time-domain AEM detection system of the utility model
Schematic diagram.
Fig. 4 is the counterweight box shell of the magnetometer hanger for Time-domain AEM detection system of the utility model
Assembling schematic diagram.
Fig. 5 is that the hanger long tube of the magnetometer hanger for Time-domain AEM detection system of the utility model shows
It is intended to.
Fig. 6 be the utility model the magnetometer hanger for Time-domain AEM detection system balance empennage and
Stationary fixture schematic diagram.
Fig. 7 is that the pipe clamp with holes of the magnetometer hanger for Time-domain AEM detection system of the utility model shows
It is intended to.
Wherein: 1, probe cassette；2, counterweight box；3, hanger long tube；4, pipe clamp with holes；5, empennage is balanced；6, stationary fixture；7,
Probe Kato；8, rotatable spherical shell；9, probe cassette shell；10, upper Kato；11, lower Kato；12, hemispherical Shell；13, outside probe cassette
Cap；14, probe cassette shell collet；15, supporting bracket；16, backplate；17, counterweight box housing cove；18, counterweight box shell bottom
Support；19, circular hole；20, counterweight box shell.
Specific embodiment
Specific embodiment of the present utility model is further described below in conjunction with attached drawing.
As shown in Figure 1, the magnetometer hanger provided by the utility model for Time-domain AEM detection system, packet
Containing probe cassette 1, counterweight box 2, hanger long tube 3, pipe clamp with holes 4, empennage 5 and stationary fixture 6 are balanced；Probe cassette 1 is arranged in hanger
The other end of hanger long tube 3 is arranged in one end of long tube 3, counterweight box 2, balances empennage 5 and stationary fixture 6 is arranged in hanger long tube
3 are arranged magnetometer probe close to the tail portion of 1 one end of probe cassette, the inside of probe cassette 1；Pipe clamp 4 with holes is fixed on hanger long tube 3
On pipe shaft.Probe cassette 1, counterweight box 2, pipe clamp with holes 4.
As shown in Figures 2 and 3, probe cassette 1 includes probe Kato 7, rotatable spherical shell 8 and probe cassette shell 9；Probe Kato
7 are fixed in rotatable spherical shell 8, and rotatable spherical shell 8 is arranged in probe cassette shell 9 and can rotate.
Probe Kato 7 is made of upper Kato 10 symmetrical above and below and lower Kato 11, and upper Kato 10 and lower Kato 11 are identical
Hyperbola rotary body, be respectively equipped with through-hole thereon, it is circular that the inside of upper Kato 10 and lower Kato 11, which is respectively equipped with bottom surface,
Horn-like cavity, major part side are opposite up and down.
The spherical shape ghost that rotatable spherical shell 8 is made of upper and lower two-part two hemispherical Shells 12, two hemispherical Shells 12
On be respectively equipped with through-hole, and corresponding with upper Kato 10 and lower Kato 11 respectively, two hemispherical Shells 12 are buckled respectively in upper Kato 10
With constitute spheroidal except lower Kato 11, and will probe Kato 7 it is fixed.
Probe cassette shell 9 is made of probe cassette housing cove 13 and probe cassette shell collet 14；Probe cassette shell collet 14
To there is bottom without the barrel-shaped of top, bucket wall side is equipped with the short tubular perpendicular to the drum longitudinal axis for connecting hanger long tube 3
The junction of supporting bracket 15, supporting bracket 15 and probe cassette shell collet 14 is equipped with one piece of backplate 16；Probe cassette housing cove 13 is
Edge is equipped with the disc lid at downward edge, and it is closed to constitute a cylindrical type after fastening with probe cassette shell collet 14
Chamber.
As shown in figure 4, the shape of counterweight box 2 is identical as probe cassette 1, counterweight box 2 is equipped with counterweight box housing cove 17 and matches
The counterweight box shell 20 that weight box shell collet 18 forms；Clump weight is placed with inside counterweight box shell 20.
As shown in figure 5, hanger long tube 3 is a glass fibre round tube.
As shown in fig. 6, balance empennage 5 includes the identical right-angled trapezium plate of three pieces, quadrangle is respectively fillet, right angle ladder
The right-angle side of shape plate along the tube wall length direction setting of hanger long tube 3 and perpendicular to the tube wall of hanger long tube 3, is leaning on respectively
The trapezoidal bottom edge lengths of nearly 1 side of probe cassette are greater than the other side；The adjacent right-angled trapezium plate of every two panels passes through a fixing clamp
Tool 6 and the tube wall of hanger long tube 3 are fixed, and the angle between adjacent two panels right-angled trapezium plate is 120 °.
There are three stationary fixture 6 is set, each stationary fixture 6 separately includes one and 1/3 intermediate cylindrical surface is arranged in, and
The fixinig plate of the respectively arranged a piece of round rectangle in its two sides, diametrical direction of the fixinig plate along 1/3 cylindrical surface extend outwardly, two sides
Angle between fixinig plate is 120 °, and every side fixinig plate and a balance empennage 5 are fixed, constitutes one among three stationary fixtures 6
A circular boop is nested with the tail portion in hanger long tube 3 close to 1 one end of probe cassette and fixation.
As shown in fig. 7, pipe clamp 4 with holes is by symmetrically arranged identical circular boop shape dimerous, every part includes
One semi-cylindrical, two sides are respectively equipped with along the side perpendicular to semi-cylindrical that the diametrical direction of semi-cylindrical extends outwardly
Edge, the area on two sides edge small one and large one, big edge is equipped with a circular hole 19.Two parts are opposite to be closed up and fixes, and is nested with
On the pipe shaft of hanger long tube 3.
Below with reference to embodiment to the magnetometer provided by the utility model for Time-domain AEM detection system
Hanger is further described.
Embodiment 1
A kind of magnetometer hanger for Time-domain AEM detection system includes probe cassette 1, counterweight box 2, hanger
Long tube 3, pipe clamp with holes 4 balance empennage 5 and stationary fixture 6.
One end of hanger long tube 3 is arranged in probe cassette 1, and the other end of hanger long tube 3 is arranged in counterweight box 2, balances empennage 5
And hanger long tube 3 is arranged in close to the tail portion of 1 one end of probe cassette in stationary fixture 6, magnetometer probe is arranged in the inside of probe cassette 1；
Pipe clamp 4 with holes is fixed on the pipe shaft of hanger long tube 3.
Probe cassette 1, counterweight box 2, pipe clamp with holes 4, balance empennage 5 and stationary fixture 6 is that engineering plastics are made.
Hanger long tube 3 is a glass fibre round tube.Preferably 10 centimetres of diameter.
Probe cassette 1 includes probe Kato 7, rotatable spherical shell 8 and probe cassette shell 9；Probe Kato 7 is fixed on rotatable ball
In shell 8, rotatable spherical shell 8 is arranged in probe cassette shell 9 and can be with Arbitrary Rotation, so as to arbitrarily adjust magnetic force
Instrument head angle.
Probe Kato 7 is made of upper Kato 10 symmetrical above and below and lower Kato 11, and upper Kato 10 and lower Kato 11 are identical
Hyperbola rotary body, be respectively equipped with through-hole thereon, it is circular that the inside of upper Kato 10 and lower Kato 11, which is respectively equipped with bottom surface,
Horn-like cavity, major part side are opposite up and down.Cable is pierced by from through-hole.
The spherical shape ghost that rotatable spherical shell 8 is made of upper and lower two-part two hemispherical Shells 12, two hemispherical Shells 12
On be respectively equipped with through-hole, and corresponding with upper Kato 10 and lower Kato 11 respectively, two hemispherical Shells 12 are buckled respectively in upper Kato 10
With constitute spheroidal except lower Kato 11, and will probe Kato 7 it is fixed.That is, probe Kato 7 by two hemispherical Shells 12 form can
It is fixed to rotate spherical shell 8, each opened hole of hemisphere is corresponding with part on probe Kato 7 or lower part, and magnetic is convenient in aperture design
The cabling of power instrument probe cable.
Probe cassette shell 9 is made of probe cassette housing cove 13 and probe cassette shell collet 14；Probe cassette shell collet 14
To there is bottom without the barrel-shaped of top, bucket wall side is equipped with the short tubular perpendicular to the drum longitudinal axis for connecting hanger long tube 3
The junction of supporting bracket 15, supporting bracket 15 and probe cassette shell collet 14 is equipped with one piece of backplate 16, in probe cassette shell collet
Opposite side on 14 outer wall also is provided with one piece of backplate 16；Probe cassette housing cove 13 is the circle that edge is equipped with downward edge
Disc-shaped cover constitutes a cylindrical type closed chamber after fastening with probe cassette shell collet 14.
The shape of counterweight box 2 is identical as probe cassette 1, and counterweight box 2 is equipped with counterweight box housing cove 17 and counterweight box shell bottom
The counterweight box shell 20 that support 18 forms；It is placed with clump weight inside counterweight box shell 20, so that 3 both ends of hanger long tube balance, thus
Make entire magnetometer hanger anterior-posterior balance.Counterweight box shell 20 and counterweight box housing cove 17 and counterweight box shell collet 18 divide
It is not identical as probe cassette shell 9, probe cassette housing cove 13 and probe cassette shell collet 14.Counterweight can make magnetometer fly
Middle holding balance, counterweight box 2 and probe cassette 1 are identical, can also install two magnetometers, simultaneously when needed so as to measure
Magnetic gradient data.
Balancing empennage 5 includes the identical right-angled trapezium plate of three pieces, and quadrangle is respectively fillet, right-angled trapezium plate it is straight
The arm of angle is respectively along the tube wall length direction setting of hanger long tube 3 and perpendicular to the tube wall of hanger long tube 3, close to probe cassette 1
The trapezoidal bottom edge lengths of side are greater than the other side；The adjacent right-angled trapezium plate of every two panels passes through a stationary fixture 6 and hanger
The tube wall of long tube 3 is fixed, the angle between adjacent two panels right-angled trapezium plate is 120 °, i.e. three pieces right-angled trapezium plate is set
Seated position divides equally 360 ° of circumference.
There are three stationary fixture 6 is set, each stationary fixture 6 separately includes one and 1/3 intermediate cylindrical surface is arranged in, and
The fixinig plate of the respectively arranged a piece of round rectangle in its two sides, diametrical direction of the fixinig plate along 1/3 cylindrical surface extend outwardly, two sides
Angle between fixinig plate is 120 °, and every side fixinig plate and a balance empennage 5 are fixed, constitutes one among three stationary fixtures 6
A circular boop is nested with the tail portion in hanger long tube 3 close to 1 one end of probe cassette and fixation.The two sides of every parallel empennage are respectively with one
The fixinig plate of a 6 side of stationary fixture is fixed, and balance empennage 5 is fixed on hanger long tube 3 by stationary fixture 6, can be reduced
The air-flow shakiness of vibration influence in flight course as caused by to(for) magnetometer hanger, can make entire hanger exist in flight
It keeps stablizing in air-flow, hanger is allow more smoothly to work.
Pipe clamp 4 with holes is by symmetrically arranged identical circular boop shape dimerous, and every part includes a semicolumn
Face, two sides are respectively equipped with along the edge perpendicular to semi-cylindrical that the diametrical direction of semi-cylindrical extends outwardly, two sides edge
Area small one and large one, big edge be equipped with a circular hole 19.Two parts are opposite to be closed up and fixes, and is nested in hanger long tube 3
On pipe shaft, circular hole 19 thereon is used to hang entire hanger across rope.
When in use, magnetometer probe is placed in probe cassette 1 for the magnetometer hanger, and the cable of probe passes through probe cassette
The cavity reserved in 1 is guided in long tube, and magnetometer electronic box connect with probe cable connector and connects a coaxial cable from length
It is pierced by, is connected on data acquisition equipment among pipe.1 internal structure of probe cassette can arbitrarily adjust magnetometer probe direction.
Magnetometer hanger provided by the utility model for Time-domain AEM detection system, by probe cassette 1, matches
Weight box 2, hanger long tube 3, pipe clamp with holes 4, balance empennage 5 and stationary fixture 6 forms.Magnetometer probe is placed in probe cassette 1
Probe Kato 7 in, then fix spherical shell for probe bracket package, fixed shape with the probe Kato that two hemispherical spherical shells form
At a sphere, probe cable line is pierced by from the hole on sphere, controls magnetometer probe by adjusting the angle of sphere
Angle.The direction that current same device adjusts angle is mostly adjusted in two-dimensional surface, this hanger is using sphere as fixed outer
Shell can improve the range of magnetometer probe angular adjustment, and fixed form is to pass through ball with 360 degree of any adjusting angles
Face paste is closed to squeeze and be fixed, easy for installation fixed.This hanger all material is glass fibre or engineering plastics, not any
Magnetic and conductive component, hanger itself is to magnetometer and Electromagnetic Launching and reception device all without any interference.
It is discussed in detail although the content of the utility model has passed through above preferred embodiment, but it should be appreciated that on
The description stated is not considered as limitations of the present invention.After those skilled in the art have read above content, for
A variety of modifications and substitutions of the utility model all will be apparent.Therefore, the protection scope of the utility model should be by appended
Claim limit.
Claims (10)
1. a kind of magnetometer hanger for Time-domain AEM detection system, which is characterized in that the hanger includes
Probe cassette, counterweight box, hanger long tube, pipe clamp with holes balance empennage and stationary fixture；
One end of hanger long tube is arranged in the probe cassette, and the other end of hanger long tube is arranged in the counterweight box, described
Balance empennage and stationary fixture hanger long tube is set close to the tail portion of probe cassette one end, magnetometer is arranged in the inside of probe cassette
Probe；The pipe clamp with holes is fixed on the pipe shaft of hanger long tube.
2. being used for the magnetometer hanger of Time-domain AEM detection system as described in claim 1, which is characterized in that institute
The probe cassette stated includes probe Kato, rotatable spherical shell and probe cassette shell；The probe Kato is fixed on rotatable spherical shell
Interior, the rotatable spherical shell is arranged in probe cassette shell and can rotate.
3. being used for the magnetometer hanger of Time-domain AEM detection system as claimed in claim 2, which is characterized in that institute
The probe Kato stated is made of upper Kato symmetrical above and below and lower Kato, and upper Kato and lower Kato are the rotation of identical hyperbola
Body, is respectively equipped with through-hole thereon, and it is circular horn-like cavity, major part that the inside of upper Kato and lower Kato, which is respectively equipped with bottom surface,
Side is opposite up and down.
4. being used for the magnetometer hanger of Time-domain AEM detection system as claimed in claim 2, which is characterized in that institute
The spherical shape ghost that the rotatable spherical shell stated is made of upper and lower two-part two hemispherical Shells is respectively equipped on two hemispherical Shells
Through-hole, and it is corresponding with upper Kato and lower Kato respectively, two hemispherical Shells buckle respectively constitutes circle except upper Kato and lower Kato
Spherical shape, and probe Kato is fixed.
5. being used for the magnetometer hanger of Time-domain AEM detection system as claimed in claim 2, which is characterized in that institute
The probe cassette shell stated is made of probe cassette housing cove and probe cassette shell collet；The probe cassette shell collet is that have bottom
Without the barrel-shaped of top, bucket wall side is equipped with the supporting bracket for being used to connect hanger long tube of the short tubular perpendicular to the drum longitudinal axis,
The junction of supporting bracket and probe cassette shell collet is equipped with one piece of backplate；Probe cassette housing cove is that edge is equipped with downward edge
Disc lid, with probe cassette shell collet fasten after constitute a cylindrical type closed chamber.
6. being used for the magnetometer hanger of Time-domain AEM detection system as described in claim 1, which is characterized in that institute
The shape for the counterweight box stated is identical as probe cassette, and the counterweight box is equipped with counterweight box housing cove and counterweight box shell collet group
At counterweight box shell；The counterweight box interior of shell is placed with clump weight.
7. being used for the magnetometer hanger of Time-domain AEM detection system as described in claim 1, which is characterized in that institute
The hanger long tube stated is a glass fibre round tube.
8. being used for the magnetometer hanger of Time-domain AEM detection system as described in claim 1, which is characterized in that institute
The balance empennage stated includes the identical right-angled trapezium plate of three pieces, and quadrangle is respectively fillet, the right-angle side of right-angled trapezium plate
Respectively along the tube wall length direction setting of hanger long tube and perpendicular to the tube wall of hanger long tube, in the ladder close to probe cassette side
Shape bottom edge length is greater than the other side；The adjacent right-angled trapezium plate of every two panels passes through the tube wall of a stationary fixture and hanger long tube
Fixed, the angle between adjacent two panels right-angled trapezium plate is 120 °.
9. being used for the magnetometer hanger of Time-domain AEM detection system as described in claim 1, which is characterized in that institute
There are three the stationary fixture stated is set, each stationary fixture separately includes one and intermediate 1/3 cylindrical surface and its two sides is arranged in
The fixinig plate of respectively arranged a piece of round rectangle, the angle between the fixinig plate of two sides is 120 °, every side fixinig plate and one it is flat
Weighing apparatus empennage is fixed, and a circular boops are constituted among three stationary fixtures, be nested with hanger long tube close to probe cassette one end tail portion simultaneously
It is fixed.
10. being used for the magnetometer hanger of Time-domain AEM detection system as described in claim 1, which is characterized in that
The pipe clamp with holes is by symmetrically arranged identical circular boop shape dimerous, and every part includes a semi-cylindrical,
Its two sides is respectively equipped with along the edge perpendicular to semi-cylindrical that the diametrical direction of semi-cylindrical extends outwardly, the face on two sides edge
Small one and large one is accumulated, big edge is equipped with a circular hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821159941.XU CN208535498U (en) | 2018-07-18 | 2018-07-18 | A kind of magnetometer hanger for Time-domain AEM detection system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821159941.XU CN208535498U (en) | 2018-07-18 | 2018-07-18 | A kind of magnetometer hanger for Time-domain AEM detection system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208535498U true CN208535498U (en) | 2019-02-22 |
Family
ID=65385328
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821159941.XU Active CN208535498U (en) | 2018-07-18 | 2018-07-18 | A kind of magnetometer hanger for Time-domain AEM detection system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208535498U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113534272A (en) * | 2021-06-07 | 2021-10-22 | 杭州电子科技大学 | Replaceable mounting method and displacement mode of magnetometer |
-
2018
- 2018-07-18 CN CN201821159941.XU patent/CN208535498U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113534272A (en) * | 2021-06-07 | 2021-10-22 | 杭州电子科技大学 | Replaceable mounting method and displacement mode of magnetometer |
| CN113534272B (en) * | 2021-06-07 | 2024-05-28 | 杭州电子科技大学 | Replaceable mounting method of magnetometer and displacement mode thereof |
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