CN207966721U - The ocean inductively underwater magnet ring of data transmission - Google Patents
The ocean inductively underwater magnet ring of data transmission Download PDFInfo
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- CN207966721U CN207966721U CN201820394181.4U CN201820394181U CN207966721U CN 207966721 U CN207966721 U CN 207966721U CN 201820394181 U CN201820394181 U CN 201820394181U CN 207966721 U CN207966721 U CN 207966721U
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- magnet ring
- ring shell
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- under
- magnetic core
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Abstract
The utility model discloses a kind of ocean on the inductively underwater magnet ring of data transmission, including magnet ring shell, under magnet ring shell, tight connecting seat, upper magnetic core, lower magnetic core；Magnet ring shell is constituted on the magnet ring shell, under magnet ring shell respectively as top and the bottom；The upper magnetic core and lower magnetic core are symmetrical two semicircles, form complete magnetic core, and the enameled wire loop is wrapped in above magnetic core, and upper fixture block and lower fixture block for clamping modeling Baogang cable are equipped in the magnet ring shell；The upper fixture block and lower fixture block are each provided with symmetrical semicircle orifice, are combined into the circular hole for adapting to modeling Baogang cable diameter, the center of circle of the circular hole is overlapped with the center of circle of the magnetic core.The reliability that the utility model passes through the underwater magnet ring of raising; realize the inductively stabilization of data transmission, transmitting; the real-time observation for realizing underwater section observation data provides a strong guarantee for China's marine disaster prevention and reduction, environmental protection, marine economy construction, resources exploration and marine national defense construction etc..
Description
Technical field
The utility model belongs to the inductively field of data transmission of oceanographic instrumentation, specifically, being related to a kind of ocean instrument
The underwater magnet ring of the inductively data transmission of device.
Background technology
Marine Sciences are a science based on observation, and the great discovery of ocean science each time all be unable to do without ocean
The progress of observation.Profile survey is to obtain the important means of oceanographic observation data.The method for carrying out profile survey in the world at present
It is to give storage terminal data transfer using after parameter needed for sensor measurement.The mode of data transmission mainly has acoustic communication
It inductively transmits, is most widely used with high reliability wherein inductively transmitting.The inductively original of data transmission
Reason is that measurement data is coupled as electromagnetic signal by underwater sensor by underwater magnet ring, passes through seawater and modeling Baogang cable progress signal
Transmit, coupled signal by magnet ring waterborne receive electromagnetic signal, by control box waterborne carry out demodulation process by electromagnetic signal also
Originally it was measurement data, and was finally transferred to processing terminal.
Wherein, underwater magnet ring is the data sending terminal of underwater sensor, has ten to the reliability of inductively data transmission
Divide important influence.But underwater magnet ring acts in use, since PVC coils are exposed in the seawater in ocean in pressure at present
In the lower insulating layer that seawater can be caused to be seeped into PVC coils slowly, causes the insulation resistance of coil to decline, influences the inductance value of magnet ring,
To influence the reliability of inductively data transmission；Further, since the shell of underwater magnet ring be by glue be bonded with
And be attached by plastic whorl, glue be bonded in in-site installation and using when can exist to be bonded and not firm lead to holding for magnet ring
It splits, influences the reliability of underwater magnet ring；And plastic whorl can damage after being used for multiple times, and influence on magnet ring shell and under magnet ring shell
Connection；Underwater magnet ring is used for by moulding the through-hole diameter of Baogang's cable being fixed, and the modeling Baogang cable of different-diameter is adapted to
Property it is poor, modeling Baogang cable cannot be bonded well.These drawbacks all seriously affect the reliability of underwater magnet ring.
Utility model content
In view of the above-mentioned problems, the utility model provides a kind of ocean inductively underwater magnet ring of data transmission, mesh
The reliability being by improving underwater magnet ring, realize that the inductively stabilization of data transmission, transmitting, realization cut open under water
Face observe data real-time observation, be China's marine disaster prevention and reduction, environmental protection, marine economy construction, resources exploration and
Marine national defense construction etc. provides a strong guarantee.
In order to achieve the above objectives, the technical solution of the utility model is realized in：
A kind of ocean on the inductively underwater magnet ring of data transmission, including magnet ring shell, under magnet ring shell, be tightly connected
Seat, upper magnetic core, lower magnetic core；Magnet ring shell is constituted on the magnet ring shell, under magnet ring shell respectively as top and the bottom；In magnet ring
In shell, the upper magnetic core and lower magnetic core are symmetrical two semicircles, form complete magnetic core, the enameled wire loop is wrapped in
Above magnetic core, enameled wire loop is connected and sealed with tight connecting seat by rubber pad；The tight connecting seat half is located at magnetic
Inside on toroidal shell body is used for completely cutting off contact of the seawater with enameled wire loop with filling with sealant around enameled wire loop, the other half is worn
Go out magnet ring shell；The upper fixture block and lower fixture block for clamping modeling Baogang cable are equipped in the magnet ring shell；The upper fixture block is under
Fixture block is each provided with symmetrical semicircle orifice, is combined into the circular hole for adapting to modeling Baogang cable diameter, the center of circle of the circular hole and the magnetic
The center of circle of core overlaps；
On the magnet ring shell, under magnet ring shell between be equipped with cylindrical attaching nut, for making on magnet ring shell and
It is bolted together by the 5th connection under magnet ring shell；By the second connection bolt to the upper folder on the magnet ring shell
Block is fixedly connected, and connecting bolt by third under the magnet ring shell is fixedly connected the lower fixture block.
Further, on the magnet ring shell by the first magnet ring shell, on the second magnet ring shell respectively as left and right part
Divide and collectively form, passes through several first connections around tight connecting seat on the first magnet ring shell, on the second magnet ring shell
It is bolted integral.
Further, under the magnet ring shell by under the first magnet ring shell, under the second magnet ring shell respectively as left and right
Part collectively forms；Corresponded to respectively under the first magnet ring shell, under the second magnet ring shell on the first magnet ring shell, second
On magnet ring shell；It is bolted under the first magnet ring shell, under the second magnet ring shell by the 4th connection integral.
Further, the attaching nut is two, and an attaching nut corresponds to one the 5th connection bolt for connecting
Connect on the first magnet ring shell and the first magnet ring shell under, another attaching nut corresponds to one the 5th connection bolt for connecting the
On two magnet ring shells and under the second magnet ring shell.
Further, on the first magnet ring shell, on the second magnet ring shell, under the first magnet ring shell, the second magnet ring
Under shell be respectively engineering plastics ABS the first magnet ring shell on, on engineering plastics ABS the second magnet ring shell, engineering plastics ABS
Under first magnet ring shell, under engineering plastics ABS the second magnet ring shell.
Further, the attaching nut is titanium nut, and the tight connecting seat is titanium tight connecting seat.
Further, the upper fixture block and lower fixture block are respectively to be pressed from both sides under engineering plastics ABS upper fixture block and engineering plastics ABS
Block.
Compared with prior art, the utility model has following advantageous effect：
The ocean inductively underwater magnet ring of data transmission of the utility model design, it is long-term in seawater to avoid underwater magnet ring
The problem of impregnating leakage causes insulation resistance to decline, and inductance value declines avoids the upper-lower casing being connected through a screw thread due to modeling
The problem of causing thread damage is used for multiple times in material screw thread, also avoids problem of Cracking caused by glue bonding, utmostly improves
In addition the reliability of underwater magnet ring uses fixture block technology, the circular hole of different model fixture block to adapt to the modeling Baogang of various diameters
Cable achievees the purpose that preferably to be bonded modeling Baogang cable.
The utility model realizes the inductively stabilization of data transmission, transmitting, realizes that underwater section observes data
Real-time observation, built for China's marine disaster prevention and reduction, environmental protection, marine economy construction, resources exploration and marine national defence
It is provided a strong guarantee if waiting.
Description of the drawings
Fig. 1 is underwater magnet ring scheme of installation；
Fig. 2 is the underwater magnet ring structure composition schematic diagram of the utility model；
Wherein：Fig. 2 a are the schematic top plan views of the underwater magnet ring of the utility model；
Fig. 2 b are the schematic front view of the underwater magnet ring of the utility model；
Fig. 2 c are the internal structure schematic diagrams of the underwater magnet ring of the utility model；
Fig. 2 d are that the right side of the underwater magnet ring of the utility model regards schematic diagram.
In the accompanying drawings：
1, on the first magnet ring shell；2, on the second magnet ring shell；
3, under the first magnet ring shell；4, under the second magnet ring shell；
5, tight connecting seat；6, upper magnetic core；
7, lower magnetic core；10, modeling Baogang cable；
11, enameled wire loop；12, fluid sealant；
13, attaching nut；14, upper fixture block；
15, lower fixture block；16, the first connection bolt；
17, the second connection bolt；18, third connects bolt；
19, the 4th connection bolt；20, the 5th connection bolt.
Specific implementation mode
It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can
To be combined with each other.
Use of the utility model on modeling Baogang cable is as shown in Figure 1.
A kind of inductively underwater magnet ring of data transmission, including the first magnet ring of the utility model design of the utility model
4, tight connecting seat 5 under 3, second magnet ring shell under 2, first magnet ring shell on 1, second magnet ring shell on shell, upper magnetic core 6,
Lower magnetic core 7, enameled wire loop 11, epoxy glue, attaching nut 13, first connect bolt 16, second and connect bolt 17, third connection spiral shell
Bolt the 18, the 4th connects bolt 19 and the 5th and connects bolt 20.On first magnet ring shell 1 and second 2 material on magnet ring shell be
Engineering plastics ABS, attaching nut 13 are cylindrical structure, and material is titanium, and cylindrical side surface has threaded hole, two attaching nuts
13 are respectively installed in magnet ring shell, below upper magnetic core 6, for realizing on magnet ring shell with the connection under magnet ring shell, keep away
Exempt to cause thread damage since plastic whorl is used for multiple times；Upper magnetic core 6 and lower magnetic core 7 form for symmetrical two semicircles, enamel-cover
Coil 11 is wrapped in above magnetic core 6, and for increasing the inductance value of magnetic core, enameled wire loop 11 passes through rubber with tight connecting seat 5
Pad is connected and sealed, upper magnetic core 6 and enameled wire loop 11 be located on the first magnet ring shell 1 and second 2 on magnet ring shell among,
1 and second 2 is linked into an integrated entity on composition magnet ring shell by 3 first connection bolts 16 on magnet ring shell on one magnet ring shell,
Avoid problem of Cracking caused by glue bonding between the two；Tight connecting seat 5 is titanium material, under being located on magnet ring shell
Face, 5 one half part of tight connecting seat are located at the inside on magnet ring shell；Tight connecting seat 5 is located at portion internal on magnet ring shell
Divide and be used for completely cutting off contact of the seawater with enameled wire loop with 11 surrounding filling with sealant 12 of enameled wire loop, seawater long period of soaking is avoided to ooze
The problem of leakage causes insulation resistance to decline, inductance value declines, the fluid sealant 12 are epoxy glue.3 and under first magnet ring shell
4 material is engineering plastics ABS under two magnet ring shells, and the two is connected together by the 4th connection bolt 19 and constitutes magnet ring shell
Under, avoid problem of Cracking caused by glue bonding between the two；Lower magnetic core 7 is located under magnet ring shell internal；Upper fixture block 14 is ABS
Material, the lower middle position being located on magnet ring shell are connected and fixed by the second connection bolt 17 on magnet ring shell；
Lower fixture block 15 is ABS materials, and the upper middle position being located under magnet ring shell is connected by third under bolt 18 and magnet ring shell
It is attached fixation；Circular hole among upper fixture block 14 and lower fixture block 15 can be adjusted according to the modeling Baogang cable 10 of different-diameter
Section achievees the purpose that preferably to be bonded modeling Baogang cable.On magnet ring shell under magnet ring shell by the 5th connect bolt 20 and
Attaching nut 13 is attached.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection domain within.
Claims (7)
1. a kind of ocean inductively underwater magnet ring of data transmission, which is characterized in that including on magnet ring shell, magnet ring shell
Under, tight connecting seat, upper magnetic core, lower magnetic core；Magnet ring is constituted on the magnet ring shell, under magnet ring shell respectively as top and the bottom
Shell；In magnet ring shell, the upper magnetic core and lower magnetic core are symmetrical two semicircles, form complete magnetic core, enameled wire loop
It is wrapped in above magnetic core, enameled wire loop is connected and sealed with tight connecting seat by rubber pad；The tight connecting seat one
Half is located at the inside on magnet ring shell, is used for completely cutting off contact of the seawater with enameled wire loop with filling with sealant around enameled wire loop,
The other half is pierced by magnet ring shell；The upper fixture block and lower fixture block for clamping modeling Baogang cable are equipped in the magnet ring shell；On described
Fixture block and lower fixture block are each provided with symmetrical semicircle orifice, are combined into the circular hole for adapting to modeling Baogang cable diameter, the center of circle of the circular hole
It is overlapped with the center of circle of the magnetic core；
On the magnet ring shell, under magnet ring shell between be equipped with cylindrical attaching nut, for making on magnet ring shell and magnet ring
It is bolted together by the 5th connection under shell；On the magnet ring shell by second connection bolt to the upper fixture block into
Row is fixedly connected, and connecting bolt by third under the magnet ring shell is fixedly connected the lower fixture block.
2. a kind of ocean inductively underwater magnet ring of data transmission according to claim 1, which is characterized in that the magnetic
By being collectively formed on the first magnet ring shell, on the second magnet ring shell respectively as left-right parts on toroidal shell body, first magnet ring
It is bolted integrally on shell, on the second magnet ring shell by several first connections around tight connecting seat.
3. a kind of ocean inductively underwater magnet ring of data transmission according to claim 2, which is characterized in that the magnetic
By being collectively formed under the first magnet ring shell, under the second magnet ring shell respectively as left-right parts under toroidal shell body；First magnet ring
It is corresponded to respectively under shell, under the second magnet ring shell on the first magnet ring shell, on the second magnet ring shell；The first magnet ring shell
It is bolted under body, under the second magnet ring shell by the 4th connection integral.
4. a kind of ocean inductively underwater magnet ring of data transmission according to claim 3, which is characterized in that the company
Connected nut is two, and one the 5th connection bolt of attaching nut's correspondence is used to connect on the first magnet ring shell and the first magnet ring
Under shell, another attaching nut corresponds to one the 5th connection bolt and is used to connect on the second magnet ring shell and the second magnet ring shell
Under.
5. a kind of ocean according to claim 3 inductively underwater magnet ring of data transmission, which is characterized in that described the
On one magnet ring shell, on the second magnet ring shell, under the first magnet ring shell, under the second magnet ring shell be respectively engineering plastics ABS the
On one magnet ring shell, on engineering plastics ABS the second magnet ring shell, under engineering plastics ABS the first magnet ring shell, engineering plastics ABS
Under second magnet ring shell.
6. a kind of ocean inductively underwater magnet ring of data transmission according to claim 1, which is characterized in that the company
Connected nut is titanium nut, and the tight connecting seat is titanium tight connecting seat.
7. a kind of ocean inductively underwater magnet ring of data transmission according to claim 1, which is characterized in that on described
Fixture block and lower fixture block are respectively engineering plastics ABS upper fixture block and engineering plastics ABS lower fixture block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820394181.4U CN207966721U (en) | 2018-03-22 | 2018-03-22 | The ocean inductively underwater magnet ring of data transmission |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820394181.4U CN207966721U (en) | 2018-03-22 | 2018-03-22 | The ocean inductively underwater magnet ring of data transmission |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207966721U true CN207966721U (en) | 2018-10-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201820394181.4U Active CN207966721U (en) | 2018-03-22 | 2018-03-22 | The ocean inductively underwater magnet ring of data transmission |
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| CN (1) | CN207966721U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108231385A (en) * | 2018-03-22 | 2018-06-29 | 国家海洋技术中心 | The ocean inductively underwater magnet ring of data transmission |
-
2018
- 2018-03-22 CN CN201820394181.4U patent/CN207966721U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108231385A (en) * | 2018-03-22 | 2018-06-29 | 国家海洋技术中心 | The ocean inductively underwater magnet ring of data transmission |
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