CN201506456U - Data transmission buoy released from a deep sea - Google Patents
Data transmission buoy released from a deep sea Download PDFInfo
- Publication number
- CN201506456U CN201506456U CN2009201749479U CN200920174947U CN201506456U CN 201506456 U CN201506456 U CN 201506456U CN 2009201749479 U CN2009201749479 U CN 2009201749479U CN 200920174947 U CN200920174947 U CN 200920174947U CN 201506456 U CN201506456 U CN 201506456U
- Authority
- CN
- China
- Prior art keywords
- buoy
- ball body
- sphere
- deep
- data transmission
- 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.)
- Expired - Lifetime
Links
Images
Landscapes
- Arrangements For Transmission Of Measured Signals (AREA)
Abstract
The utility model relates to a data transmission buoy released from a deep sea, which comprises an upper ball body, a lower ball body, a flange, a fastening part and a connecting ring; and a peripheral device adopts a deep water platform; the data transmission buoy is divided into the upper ball body and the lower ball body; the upper ball body and the lower ball body consist of hemisphere shells which are hermetically connected through the flange and the fastening part; a main machine antenna integrated satellite terminal, a supporting rod, a transmission cable, a control storage module, a power supply device, a counterweight, a connecting piece and a fastening part are also included in each shall body; the upper ball body and the lower ball body are fixedly connected into a whole by the connecting ring on the vertical direction; the main machine antenna integrated satellite terminal is mounted inside the upper ball body through the supporting rod; the counterweight is arranged at the bottom end inside the lower ball body to adjust the aerosol center distance of a system; the system control storage module and the power supply device are in contact connection with the counterweight through the connecting piece; a transmission cable interface and an airtight inspection interface are respectively formed on the hemisphere shell on the lower ball body; and the buoy is mounted on the deep water platform in a constrained manner. The utility model is applicable to the deep water platform with full depth.
Description
Technical field
The utility model relates to a kind of abyssal environment transmission buoy, particularly relates to the data transmission buoy that a kind of deep-sea discharges, and belongs to the ocean monitoring technologytechnologies field.
Background technology
China is an ocean big country, strengthens the monitoring to the marine environment information in special marine site, for safeguarding that China's national defense safety has significance.Realize from the shallow sea to the strategic shift at deep-sea, be badly in need of development and adapt to far-reaching sea and survey the pioneering technology of needs and transmit buoy, with the marine monitoring ability of raising to far-reaching sea region with abyssal environment.
Deep-sea transmission buoy is that the present mankind obtain one of important technology equipment of marine environment information, and particularly when research observation long period oceanographic phenomena, a kind of especially effective means of buoy is transmitted at the deep-sea.These class buoy characteristics are: to the water surface, the water surface is to the information transfer channel of satellite with the deep water of its formation, and it is strong to have disguise, anti-nature and an artificial damage capacity, uses flexible, easy to operate; Because volume is little, the quantity that underwater platform carries is increased, lay efficient thereby improved the service life of underwater monitoring system greatly and gone to sea.
Because the shape of deep-sea pressure shell depends primarily on the design maximum degree of depth and acts on capacity weight (load-carrying capacity) on the housing, and these two values are by the basic mission of this pressure shell and working depth decision.Pressure shell shape and the relation of using the depth of water, according to existing foreign data statistical analysis, the depth of water surpasses the deep sea equipment of 800m, and sphere and combined spherical pressure shell account for clear superiority; And working depth is equal to or less than 800m, then most cylindrical housings that adopt.The buoy of China deep-sea transmission in the past, it is cylindrical that profile mostly is, or near cylindrical, only is fit to the depth of water requirement less than 800m.Yet, under super large depth of water environment, for example in the recent period depth of water 1500m requirement that proposes in the relevant item of national 863 marine environmental monitoring plans, the buoy of this cylindrical structural obviously exposes the problem of withstand voltage deficiency.If still adopt cylindrical structural, have only increase thickness, the problem of thereupon bringing is: the increase of buoy weight, buoyancy reduction, a large amount of consumption of material or the like problem.
The utility model content
The purpose of this utility model is to propose the data transmission buoy that a kind of deep-sea discharges; overcome the problem of above-mentioned buoy withstand voltage deficiency under abyssal environment; reach the job requirement of satisfying under the super large depth of water environment, with the practical function of realizing that the transmission buoy can long-term use under abyssal environment.
The data transmission buoy that a kind of deep-sea discharges comprises upper sphere, lower sphere, flange, fastener and coupling link, and external equipment is deep water platform; The data transmission buoy divides upper sphere and lower sphere, upper sphere is made up of last ball upper hemispherical shell and last ball lower hemisphere shell, lower sphere is by ball upper hemispherical shell and following ball lower hemisphere shell are formed down, the hemispherical Shell of upper sphere and lower sphere is by flange and the fastener formation that is tightly connected, last ball upper hemispherical shell adopts the strong glass fibre tempering material of wave, other hemispherical Shell adopts the high metallic material of the ratio of strength to weight, and two spheroid inside also comprise the integrated ICBM SHF satellite terminal of master machine antenna, strut bar, transmission cable, control store module and supply unit, clump weight, attaching parts, fastener; Wherein upper sphere and lower sphere in the vertical direction are solidly fixed by coupling link, and the coupling link middle part has through hole can make upper sphere and lower sphere internal run-through; The integrated ICBM SHF satellite terminal of master machine antenna is installed in upper sphere inside by strut bar, the lower sphere inner bottom is provided with the matter centre of buoyancy distance of clump weight with control system, system's control store module is connected with the clump weight contact by attaching parts with supply unit, have transmission cable interface and airtight inspection interface on the lower sphere upper hemispherical shell, following ball lower hemisphere shell bottom has general purpose interface; Form the information transfer entity that intactly receives with emission thus.Deep water platform is provided with on the plural buoy positioning hanger and constraint depression bar under positioning hanger, the buoy; The data transmission buoy is installed on the deep water platform by positioning hanger under positioning hanger, the buoy on the buoy and constraint depression bar.
Working process: be loaded on the deep water platform data transmission buoy in working order is installed, make positioning hanger under positioning hanger on the buoy, the buoy, keep closed contact with fastener; After hook installs, hang on the corresponding link of deep water platform, and buoy is constrained on the deep water platform with the constraint depression bar.Buoy carry quantity is made by oneself according to actual needs.
The buoy that above-mentioned carry is good and deep water platform constitute the deep water platform system, after the anchor system by routine connects, this system are distributed into the marine site, deep-sea of needs, the operating depth of 1500m.System's mode of operation that enters deepwater environment in place, by a period of time information collection work, information is transferred to buoy with different type of transmission, when system provides releasing order of first buoy by the setting requirement, the constraint depression bar is removed the constraint to buoy, and this moment, buoy began come-up, until the water surface; buoy sends the information of carrying at the water surface to the external world, and by the reception of relevant ground station.The release of follow-up buoy discharges by predefined cycle of operations, and course of action is identical with first buoy.After all buoys discharge and finish, whole transmission end-of-job.
Beneficial effect:
Because the data transmission buoy that has adopted the deep-sea to discharge has improved ability withstand voltage and long-term work under water, the use depth of water has reached the index request greater than 1500m; This buoy adopts the major advantage of spherical pneumatic shell to be: under equal pressure effects, the middle face principal stress of the both direction in the most of zone of this shells equates, and be the same radius cylindrical hull circumferentially in half of face stress, thereby material is fully used; Under same material, it is more much smaller than the Weight-Displacement Ratio W/D of the pneumatic shell of other shape, so be suitable for the underwater platform of the big degree of depth.
This buoy has been realized the miniaturization design, the quantity of being carried increases relatively, has prolonged deep water platform whole system operation cycle and service life thus, has improved Occupation coefficient, significantly reduced and laid the salvaging number of times, saved the consumption on a large amount of material resources consumption and the personnel's energy; A plurality of such buoys that deep water platform system utilization is carried have improved carrying information buoy release times, and have improved to external world's transmission data capability, and the deep water platform system is improved aspect data transmission ageing.
Description of drawings
The data transmission buoy scheme drawing that Fig. 1-deep-sea discharges;
The data transmission buoy that Fig. 2-deep-sea discharges is used scheme drawing;
Among the figure: ball lower hemisphere shell, 11-attaching parts under the last ball upper hemispherical shell of 1-, the integrated ICBM SHF satellite terminal of 2-master machine antenna, 3-strut bar, the last ball lower hemisphere shell of 4-, 5-transmission cable, 6-transmission cable interface, 7-control store module and supply unit, 8-clump weight, 9-general purpose interface, the 10-, positioning hanger under positioning hanger, 19-data transmission buoy, the 20-buoy on ball upper hemispherical shell under the 12-, the airtight inspection interface of 13-, 14-coupling link, 15-fastener, 16-deep water platform, 17-constraint depression bar, the 18-buoy.
The specific embodiment
Below in conjunction with drawings and Examples the utility model is further described.
As depicted in figs. 1 and 2, the data transmission buoy 19 that deep-sea of the present utility model discharges is by last ball hemispherical Shell 1, the integrated ICBM SHF satellite terminal 2 of master machine antenna, strut bar 3, last ball hemispherical Shell 4, transmission cable 5, transmission cable interface 6, control store module and supply unit 7, clump weight 8, general purpose interface 9, following ball hemispherical Shell 10, attaching parts 11, compositions such as following ball hemispherical Shell 12, airtight inspection interface 13, coupling link 14, fastener 15; The utility model profile is divided upper and lower two spheroids, two spheroids constitute by two hemispherical Shells, and buoy inside is provided with the integrated ICBM SHF satellite terminal 2 of master machine antenna, strut bar 3, transmission cable 5, transmission cable interface 6, control store module and supply unit 7, clump weight 8, attaching parts 11, airtight inspection interface 13, coupling link 14 etc.; Last ball hemispherical Shell 1 adopts the strong glass fibre tempering material of wave, other hemispherical Shell adopts the high metallic material of the ratio of strength to weight, be provided with coupling link 14 between last ball hemispherical Shell 4 and the following ball hemispherical Shell 12, coupling link 14 upper surfaces are provided with tapped bore, contact by the integrated ICBM SHF satellite terminal 2 of strut bar 3 and master machine antenna; Following ball hemispherical Shell 12 is provided with transmission cable mounting interface 6 and airtight inspection interface 13; Be the matter centre of buoyancy distance of control system, following ball hemispherical Shell bottom is provided with clump weight 8; System's control store module contacts with clump weight 8 by attaching parts 11 with source apparatus 7, forms the information transfer entity that intactly receives with emission thus.
(1) assembling process
The data transmission buoy 19 that deep-sea once discharges at first is described: data transmission buoy that the deep-sea discharges 19 self bodily light, if in water not to its constraint, come-up trend is then arranged.
The first step, the installation of last ball hemispherical Shell 4 and following ball hemispherical Shell 12: go up ball hemispherical Shell 4 and keep in touch by coupling link 14 with following ball hemispherical Shell 12.
Second step, lower sphere is installed: clump weight 8 is kept in touch with following ball hemispherical Shell 10 inside bottom, control store module and supply unit 7 are connected on the clump weight 8 by attaching parts 11, transmission cable 5 is contained in transmission cable interface 6 places, seal airtight inspection interface 13, insert all connectors on good control store module and the supply unit 7, to connecting the fabricated section of ball hemispherical Shell 4 and following ball hemispherical Shell 12, and with firm on the fastener 15.
In the 3rd step, upper sphere is installed: by strut bar 3, control store module and supply unit 7 are linked into an integrated entity with coupling link 14, cover ball hemispherical Shell 1, go up firm fastener 15.So far the whole erection process finishes.
(2) working process
Data transmission buoy 19 (hereinafter to be referred as buoy 19) above-mentioned installation deep-sea in working order discharges is loaded on the deep water platform by shown in Figure 2.Install related accessories earlier additional,, keep closed contact with fastener 15 with positioning hanger 20 under positioning hanger on the buoy 18, the buoy; After hook installs, hang on the corresponding link of deep water platform 16, and buoy 19 is constrained on the deep water platform 16 with constraint depression bar 17.Buoy 19 carry quantity are made by oneself according to actual needs.
The good buoy of above-mentioned carry 19 constitutes the deep water platform systems with deep water platform 16, after the anchor system by routine connects, this system is distributed into the marine site, deep-sea of needs, the operating depth of 1500m.System's mode of operation that enters deepwater environment in place, by a period of time information collection work, information is transferred to buoy 19 with different type of transmission, when system provides releasing order of first buoy 19 by the setting requirement, the constraint that constraint depression bar 17 is removed buoy 19, this moment, buoy 19 began come-up, until the water surface; buoy 19 sends the information of carrying at the water surface to the external world, and by the reception of relevant ground station.The release of follow-up buoy 19 discharges by predefined cycle of operations, and course of action is identical with first buoy 19.After all buoys 19 discharge and finish, whole transmission end-of-job.
Claims (2)
1. the data transmission buoy that the deep-sea discharges comprises upper sphere, lower sphere, flange, fastener (15) and coupling link (14), and external equipment is deep water platform (16); It is characterized in that: upper sphere is made up of last ball upper hemispherical shell (1) and last ball lower hemisphere shell (4), lower sphere is by ball upper hemispherical shell (12) and following ball lower hemisphere shell (10) are formed down,, two spheroid inside also comprise the integrated ICBM SHF satellite terminal of master machine antenna (2), strut bar (3), transmission cable (5), control store module and supply unit (7), clump weight (8), attaching parts (11) and fastener (15); Its annexation is: the hemispherical Shell of upper sphere and lower sphere is by flange and fastener (15) formation that is tightly connected, and upper sphere and lower sphere in the vertical direction are solidly fixed by coupling link (14), and there is through hole at coupling link (14) middle part; The integrated ICBM SHF satellite terminal of master machine antenna (2) is installed in upper sphere inside by strut bar (3), following ball housing lower half (10) bottom has general purpose interface (9) and is provided with clump weight (8), system's control store module is connected with clump weight (8) contact by attaching parts (11) with supply unit (7), having transmission cable interface (6) and airtight inspection interface (13) on the ball upper hemispherical shell (12) down; Deep water platform (16) is provided with positioning hanger (20) and constraint depression bar (17) under positioning hanger on the plural buoy (18), the buoy; Data transmission buoy (19) is installed on the deep water platform (16) by positioning hanger (10) under positioning hanger on the buoy (18), the buoy and constraint depression bar (17).
2. the data transmission buoy that a kind of deep-sea as claimed in claim 1 discharges is characterized in that: go up ball upper hemispherical shell (1) and adopt the strong glass fibre tempering material of wave, other hemispherical Shell adopts the high metallic material of the ratio of strength to weight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201749479U CN201506456U (en) | 2009-09-30 | 2009-09-30 | Data transmission buoy released from a deep sea |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201749479U CN201506456U (en) | 2009-09-30 | 2009-09-30 | Data transmission buoy released from a deep sea |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201506456U true CN201506456U (en) | 2010-06-16 |
Family
ID=42467584
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201749479U Expired - Lifetime CN201506456U (en) | 2009-09-30 | 2009-09-30 | Data transmission buoy released from a deep sea |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201506456U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102030081B (en) * | 2009-09-30 | 2013-06-05 | 中国船舶重工集团公司第七一○研究所 | Data transmission buoy released in deep ocean |
-
2009
- 2009-09-30 CN CN2009201749479U patent/CN201506456U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102030081B (en) * | 2009-09-30 | 2013-06-05 | 中国船舶重工集团公司第七一○研究所 | Data transmission buoy released in deep ocean |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102030081B (en) | Data transmission buoy released in deep ocean | |
| CN106828783B (en) | It is a kind of intelligent from lifting communication submerged buoy system based on buoyancy-driven | |
| CN101402396A (en) | Emergency release gear module of submersible | |
| CN105092810A (en) | Intelligent multiparameter-monitoring buoy device | |
| CN205646886U (en) | Underwater vehicle fills electric pile and charging system | |
| CN202098537U (en) | Double floating body T-shaped buoy | |
| CN111038648A (en) | Intelligent measuring device for hydraulic engineering management | |
| CN101462586A (en) | Deep sea submarine | |
| CN206619266U (en) | A kind of underwater data transmission platform of offshore instrument | |
| CN113525593A (en) | Anchor coefficient data transmission integrated sonar monitoring buoy system | |
| CN201506456U (en) | Data transmission buoy released from a deep sea | |
| CN110920809A (en) | Deep sea underwater platform relay communication buoy device | |
| CN108844484A (en) | A kind of complete extra large depth AUV overall-in-one control schema cabin and control method | |
| KR20190121490A (en) | Smart Buoy for Provides Location Coordinates and Detects the Loss of Fishing Gear and Gateway for Fishing Vessels for Control System | |
| CN106997656B (en) | Underwater data transmission platform for submarine instrument | |
| CN102104719B (en) | Underwater camera system and special trailer thereof | |
| CN210793533U (en) | Offshore buoy | |
| CN205971743U (en) | Multi -functional marine acoustics buoy | |
| CN101554920B (en) | Abysmal multi-cabin buoy release platform | |
| CN217396762U (en) | Large ocean data monitoring buoy for deep sea and open sea | |
| CN215706956U (en) | Anchor coefficient data transmission integrated sonar monitoring buoy system | |
| CN108945310A (en) | Thermohaline section plotter and method is laid under a kind of Arctic pack | |
| KR102423960B1 (en) | Floating self-generated light floating assembly | |
| CN205418005U (en) | Long -term lighted buoy in steel ice formation | |
| CN208754298U (en) | A kind of arctic ice sheet communication platform |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100616 Effective date of abandoning: 20090930 |
|
| RGAV | Abandon patent right to avoid regrant |