CN209728178U - A kind of sealed sea towing floating body position-indicating device - Google Patents
A kind of sealed sea towing floating body position-indicating device Download PDFInfo
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- CN209728178U CN209728178U CN201920124058.5U CN201920124058U CN209728178U CN 209728178 U CN209728178 U CN 209728178U CN 201920124058 U CN201920124058 U CN 201920124058U CN 209728178 U CN209728178 U CN 209728178U
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- antenna
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- floating body
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- control module
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Abstract
A kind of sealed sea towing floating body position-indicating device, including positioning instruction control module system, seal box, encapsulated antenna guard bar and sealed lamps.The device is equipped with locating module, control module, wireless transmission radio station module, communication antenna, power module etc..What is filled inside seal box is positioning instruction control module system, and the shape of the encapsulated antenna guard bar is that round tube shape, material and structure are made of metal steel pipe and the mixing of polyester round tube.Sealed sea towing floating body position-indicating device is for Beidou/GPS signal acquisition process in sea towing floating motion, after signal processing after acquisition, data are launched by antenna, it is provided for marine job that requires special skills ship and receives towing floating body in the coordinate information on sea, make the motion profile for acting on positioning buoy in ship accurate measurements sphere of action, and real-time resolving spreading width, to solve hydrolocation instruction device and float the insufficient disadvantage of flagpole position-indicating device positioning.
Description
Technical field
The utility model belongs to floating on water equipment location technology, is to be related to a kind of sealed sea towing concretely
Floating body position-indicating device.
Background technique
Well known sea towing floating body position-indicating device is a kind of for marine job that requires special skills ship (hereinafter referred to as operation ship
Oceangoing ship) the sea towing floating body pulled provides the device of bearing data when at sea implementing job that requires special skills.Such as marine environmental monitoring
Professional ship, this kind of ship usually requires real at sea by the quarter in addition pulling some relevant auxiliary devices floatings again
Apply industry.These relevant auxiliary devices include seawater cables, depth controller, spreader and towing floating body position-indicating device etc..
In reality, when implementing operation on the sea, an important job seeks to accurately measure by observation system operation ship
The various data and handling situations of floating body are pulled with observation, such as depth and width and orientation for monitoring auxiliary device expansion etc., with
Just implement correctly control.The seawater cables are that have floating energy after with the processing of buoyant material (construction) package
Power floats across the sea.Under normal conditions, the seawater cables in operation on the sea are made of two (items), two seawater electricity
Two ends of cable, one end are front end, and the other end is tail end, and two front ends connect and be fixed together to form an end, this
A end reconnects a cable wire and is articulated on the stern of operation ship or towboat, and depth controller is hung on cable wire, and depth controller is to use
To control seawater cables in the device of sea depth.The end of two seawater cables, is set to side a and b respectively.The both ends AB are all hung
Equipped with spreader, spreader is the device for controlling seawater cables exhibition fork expansion.By spreader, seawater cables are on sea
At chevron shape, so that the both ends AB at the front end of seawater cables to end are substantially formed triangle state.Existing skill
In art, it is equipped with towing floating body in the end seawater cables AB, hydrolocation instruction device is provided on towing floating body and is used to utilize
Carrier-borne underwater sound answering device carries out underwater sound communication response, and real-time resolving obtains spreader spreading width.Hydrolocation instruction device
The shortcomings that be due to being influenced by sea situation, in Gao Haikuang, the high speed of a ship or plane, positioning accuracy is poor, and equipment failure rate is high, Wu Fajin
The marine long-time of row, high-precision positioning measurement.To solve this problem, another method is that drift is arranged on towing floating body
Floating flagpole indicates to position.Floating flagpole position-indicating device is floated using shipping magnetic compass or the real-time artificial observation of rangefinder
Red flag on flagpole come ranging, record.It is taken time and effort, is not had using the method ranging localization of artificial observation floating flagpole positioning
Standby real-time, at the same it is also very big by inside even from weather by the way of artificial observation ranging, it can not such as be opened in dense fog and night
Open up ranging localization.
Utility model content
Utility model aims to solve above-mentioned deficiencies, provide a kind of new work that constraint is not influenced by sea climate
Industry ship pulls floating body position-indicating device.The basic ideas of the utility model are: Beidou/GPS is arranged on towing floating body
Localizing emission device is arranged Beidou/GPS positioning reception device on operation ship to observe and measure and judge and pulls floating body
Orientation.Specifically, floating flagpole is exactly changed to satellite-launching facility, is arranged above in operation ship command set (deck) and defends
Star signal receiving device, real-time measurement instruction towing floating body orientation.Satellite-launching facility is mounted on above towing floating body, it is most main
The problem of wanting seeks to solve the problems, such as the waterproofs such as radar antenna, transmitter, battery supply.The utility model is taken arranges as follows
It applies, designs the sealing device of an entirety first, sealing device includes: seal box, encapsulated antenna guard bar and sealing light-emitting lamp.
The inside passes the devices such as transmitting station equipped with antenna, locating module, control unit, transceiver module and number, sets on sealed compartment
There is an antenna guard bar, antenna is put into inside antenna guard bar；It is additionally provided with a light-emitting lamp in antenna guard bar and above.Specifically
Content is as follows.
1. floating body position-indicating device is pulled on a kind of sealed sea, the device include positioning instruction control module system,
Seal box, encapsulated antenna guard bar and sealed lamps；
A. positioning instruction control module system includes being equipped with locating module, control module, wireless transmission radio station mould
Block, communication antenna, power module and pedestal；
B. the seal box is the cabinet of the rectangular shape on six sides, and making material is metallic steel；
C. what is filled inside the seal box is positioning instruction control module system；
D. perforation of the top equipped with communication antenna of the sealing box body, encapsulated antenna guard bar and communication antenna are worn
Hole welds together the channel for foring sealing structure；
E. a side of the sealing box body is equipped with circular side opening, by flange end cap by side vent cover
Firmly, with bolt fastening, so as to form the cabinet of sealing structure；
2. the shape of encapsulated antenna guard bar described in is round tube shape, and material and structure are by metal steel pipe and polyester
Round tube mixing composition, it is set above metal steel pipe there are two flagpole fixed frame, flagpole fixed frame is the annulus of metal steel, welding
On metal steel pipe；Antenna guard bar one end is welded on the placed on top of seal box, the other end of encapsulated antenna guard bar and poly-
Ester round tube is bonded integral；Encapsulated antenna guard bar setting polyester round tube is dry not by steel construction for the ease of antenna transmitting signal
The measure disturbed.
3. sealed lamps described in are made of lamp holder, light bulb, lamp line and lampshade；Sealed lamps are mounted in encapsulated antenna
Above guard bar, lamp line enters seal box across encapsulated antenna guard bar and connect with power module；The lamps and lanterns use three kinds of face
Color illumination.
4. locating module described in is for Beidou/GPS signal acquisition process in sea towing floating motion, by adopting
Signal after collection is transferred to control module and carries out data conversion；The control module is to be used for, it adopts Beidou/GPS signal
Wireless transmission radio station module is transmitted to after the data conversion of collection；The wireless transmission radio station module is for by control module
The data of conversion are launched by antenna.
5. power module described in is to locating module, control module, wireless transmission radio station module, communication antenna and lamps and lanterns
Implement power supply.
Be equipped with pedestal inside seal box described in 6., the locating module, control module, wireless transmission radio station module,
Communication antenna, power module are all mounted in impact faces.
Floating body position-indicating device is pulled on sealed sea described in the utility model, can be marine job that requires special skills ship
It provides and receives towing floating body in the coordinate information on sea, the movement for acting on positioning buoy in ship accurate measurements sphere of action can be made
Track, and real-time resolving spreading width.The utility model has used two kinds of station-keeping modes of Beidou and GPS and persistently using 24 small
When above power supply and positioning accuracy are high, error is small, real-time is good, while being regarded using tri-colour LED as backup means
Under feel condition unfavorable condition, position of floating body information is resolved convenient for artificial observation, to solve hydrolocation instruction device and drift
The disadvantage that floating flagpole position-indicating device positioning is insufficient.
Specific technical solution is as follows:
Detailed description of the invention
Fig. 1 is a kind of schematic diagram of sealed sea towing floating body position-indicating device of the utility model.
Component indicated by Fig. 1 label or position are: positioning instruction control module system 1, seal box 2, encapsulated antenna shield
Bar 3 and sealed lamps 4, locating module 1.1, control module 1.2, wireless transmission radio station module 1.3, communication antenna 1.4, power supply
Module 1.5, pedestal 1.6, the top 2.1 of cabinet, the perforation of communication antenna 1.4 2.2, encapsulated antenna guard bar 3, communication antenna 1.4
Perforation 2.2, side opening 2.3, flange end cap 2.4, metal steel pipe 3.1, polyester round tube 3.24, flagpole fixed frame 3.3, lamp holder
4.1, light bulb 4.2, lamp line 4.3, lampshade 4.4.
Specific embodiment
From the utility model embodiment shown in FIG. 1 it can be seen that
1. floating body position-indicating device is pulled on a kind of sealed sea, the device include positioning instruction control module system 1,
Seal box 2, encapsulated antenna guard bar 3 and sealed lamps 4；
A. positioning instruction control module system 1 includes locating module 1.1, control module 1.2, wireless transmission radio station
Module 1.3, communication antenna 1.4, power module 1.5 and pedestal 1.6；
B. the seal box 2 is the cabinet of the rectangular shape on six sides, and making material is metallic steel；
C. what is filled inside the seal box 2 is positioning instruction control module system 1；
D. the top 2.1 of 2 cabinet of seal box is equipped with the perforation 2.2 of communication antenna 1.4, encapsulated antenna guard bar 3 with
The perforation 2.2 of communication antenna 1.4 has been welded together to form the channel of sealing structure；
E. a side of 2 cabinet of seal box is equipped with circular side opening 2.3, by flange end cap 2.4 by side
Face opening 2.3 covers, with bolt fastening, so as to form the cabinet of sealing structure；
2. the shape of encapsulated antenna guard bar 3 described in is round tube shape, and material and structure are by 3.1 He of metal steel pipe
Polyester round tube 3.2 forms, and metal steel pipe 3.1 is set above there are two flagpole fixed frame 3.3, and flagpole fixed frame 3.3 is metal steel
Annulus, be welded on above metal steel pipe 3.1；3 one end of antenna guard bar is welded on the placed on top of seal box 2, encapsulated antenna
The other end of guard bar 3 is be bonded with polyester round tube 3.2 integral；Encapsulated antenna guard bar 3 be arranged polyester round tube 3.2 be for the ease of
Antenna 1.4 emits the measure that signal is not interfered by steel construction.
3. sealed lamps 4 described in are made of lamp holder 4.1, light bulb 4.2, lamp line 4.3 and lampshade 4.4；Sealed lamps 4 are
It is mounted on above encapsulated antenna guard bar 3, lamp line 4.3 passes through encapsulated antenna guard bar 3 and enters seal box 2 and the company of power module 1.5
It connects.
4. locating module 1.1 described in is for the GPS signal acquisition process in sea towing floating motion, by acquisition
Signal afterwards is transferred to control module 1.2 and carries out data conversion；The control module 1.2 is to be used for, it acquires GPS signal
Data conversion after be transmitted to wireless transmission radio station module 1.3；The wireless transmission radio station module 1.3 is for that will control
The data that module 1.2 is converted are launched by antenna 1.4.
5. power module 1.5 described in is to locating module 1.1, control module 1.2, wireless transmission radio station module 1.3, leads to
Believe that antenna 1.4 and lamps and lanterns implement power supply.
6. pedestal 1.6, the locating module 1.1, control module 1.2, wireless transmission are equipped with inside seal box 2 described in
Radio station module 1.3, communication antenna 1.4, power module 1.5 are all mounted in above pedestal 1.6.
Claims (6)
1. floating body position-indicating device is pulled on a kind of sealed sea, it is characterised in that: the device includes positioning instruction control mould
Block system (1), seal box (2), encapsulated antenna guard bar (3) and sealed lamps (4)；
A. positioning instruction control module system (1) includes locating module (1.1), control module (1.2), wireless transmission electricity
Platform module (1.3), communication antenna (1.4), power module (1.5) and pedestal (1.6)；
B. the seal box (2) is the cabinet of the rectangular shape on six sides, and making material is metallic steel；
C. what is filled inside the seal box (2) is positioning instruction control module system (1)；
D. the top (2.1) of described seal box (2) cabinet is equipped with the perforation (2.2) of communication antenna (1.4), encapsulated antenna guard bar
(3) channel of sealing structure has been welded together to form with the perforation (2.2) of communication antenna (1.4)；
E. a side of described seal box (2) cabinet is equipped with circular side opening (2.3), will by flange end cap (2.4)
Side opening (2.3) covers, with bolt fastening, so as to form the cabinet of sealing structure.
2. floating body position-indicating device is pulled on a kind of sealed sea according to claim 1, it is characterised in that: described
The shape of encapsulated antenna guard bar (3) is round tube shape, and material and structure are by metal steel pipe (3.1) and polyester round tube
(3.2) it forms, metal steel pipe (3.1) is set above there are two flagpole fixed frame (3.3), and flagpole fixed frame (3.3) is metal steel
Annulus, be welded on metal steel pipe (3.1) above；Antenna guard bar (3) one end is welded on the placed on top of seal box (2), close
Seal antenna guard bar (3) the other end it is Nian Jie with polyester round tube (3.2) integrally；Polyester round tube is arranged in encapsulated antenna guard bar (3)
It (3.2) is the measure that do not interfered by steel construction for the ease of antenna (1.4) transmitting signal.
3. floating body position-indicating device is pulled on a kind of sealed sea according to claim 1, it is characterised in that: described
Sealed lamps (4) are made of lamp holder (4.1), light bulb (4.2), lamp line (4.3) and lampshade (4.4)；Sealed lamps (4) are installations
Above in encapsulated antenna guard bar (3), lamp line (4.3) passes through encapsulated antenna guard bar (3) and enters seal box (2) and power module
(1.5) it connects.
4. floating body position-indicating device is pulled on a kind of sealed sea according to claim 1, it is characterised in that: described
Locating module (1.1) is the signal for Beidou/GPS signal acquisition process in sea towing floating motion, after acquisition
It is transferred to control module (1.2) and carries out data conversion；The control module (1.2) is to be used for, it adopts Beidou/GPS signal
Wireless transmission radio station module 1.3 is transmitted to after the data conversion of collection；The wireless transmission radio station module (1.3) is for inciting somebody to action
The data of control module (1.2) conversion are launched by antenna (1.4).
5. floating body position-indicating device is pulled on a kind of sealed sea according to claim 1, it is characterised in that: described
Power module (1.5) is to locating module (1.1), control module (1.2), wireless transmission radio station module (1.3), communication antenna
(1.4) and lamps and lanterns (4) implement power supply.
6. floating body position-indicating device is pulled on a kind of sealed sea according to claim 1, it is characterised in that: described
Pedestal (1.6) are equipped with inside seal box (2), the locating module (1.1), control module (1.2), wireless transmission radio station module
(1.3), communication antenna (1.4), power module (1.5) are all mounted in pedestal (1.6) above.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920124058.5U CN209728178U (en) | 2019-01-24 | 2019-01-24 | A kind of sealed sea towing floating body position-indicating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920124058.5U CN209728178U (en) | 2019-01-24 | 2019-01-24 | A kind of sealed sea towing floating body position-indicating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209728178U true CN209728178U (en) | 2019-12-03 |
Family
ID=68681107
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920124058.5U Expired - Fee Related CN209728178U (en) | 2019-01-24 | 2019-01-24 | A kind of sealed sea towing floating body position-indicating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209728178U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109884667A (en) * | 2019-01-24 | 2019-06-14 | 中国人民解放军海军大连舰艇学院 | A kind of sealed sea towing floating body position-indicating device |
| CN112173010A (en) * | 2020-08-26 | 2021-01-05 | 河海大学 | Drifting device for monitoring transport paths of substances in different water layers |
-
2019
- 2019-01-24 CN CN201920124058.5U patent/CN209728178U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109884667A (en) * | 2019-01-24 | 2019-06-14 | 中国人民解放军海军大连舰艇学院 | A kind of sealed sea towing floating body position-indicating device |
| CN112173010A (en) * | 2020-08-26 | 2021-01-05 | 河海大学 | Drifting device for monitoring transport paths of substances in different water layers |
| CN112173010B (en) * | 2020-08-26 | 2021-12-28 | 河海大学 | Drifting device for monitoring transport paths of substances in different water layers |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191203 Termination date: 20210124 |