CN207510644U - A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling - Google Patents
A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling Download PDFInfo
- Publication number
- CN207510644U CN207510644U CN201721515053.2U CN201721515053U CN207510644U CN 207510644 U CN207510644 U CN 207510644U CN 201721515053 U CN201721515053 U CN 201721515053U CN 207510644 U CN207510644 U CN 207510644U
- Authority
- CN
- China
- Prior art keywords
- control device
- aerofoil profile
- arc
- directional control
- controller
- 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 - Fee Related
Links
Abstract
The utility model discloses a kind of solar energy binary unmanned boat of long-distance remote control seawater sampling, including:Hull main body, aerofoil profile directional control device, electric system, propulsion system, water quality sampling system and control system;Wherein aerofoil profile directional control device is at least one set of, and the aerofoil profile directional control device main body and induction wing flap of each group of aerofoil profile directional control device are streamline type profile;The upper end of aerofoil profile directional control device rotary shaft is connect by connecting rod with aerofoil profile directional control device servo motor, and the lower end of aerofoil profile directional control device rotary shaft passes through box connecting bridge structure base slab and pillar, affixed with aerofoil profile directional control device main body;Induction wing flap is connected to aerofoil profile directional control device body rear by Flap rotation axis;The utility model has many advantages, such as that endurance is long, the radius of gyration is small, navigation stability is good, turnability is good, seagoing capacity is excellent, environmentally protective, round-the-clock can perform long-distance remote control water quality sampling task, be provided simultaneously with certain AUTONOMOUS TASK ability.
Description
Technical field
The utility model is related to unmanned boat field, more particularly to a kind of box connecting bridge structure of small swing radius is distant at a distance
Control seawater sampling solar energy binary unmanned boat.
Background technology
Unmanned boat is a kind of to be navigated under the remote monitoring of the base station on ground or lash ship control centre with autonomous or remote control mode
The Novel surface motion platform of particular task is gone in the water surface and completed, is marine environmental monitoring, oceanographic hydrological data observation, ocean
One of the important means of disaster alarm.
The mainly artificial acquisition of traditional Offshore Waters sampling means, artificial acquisition need the whole scene of sample collector to participate in
And needing large tonnage someone's ship safe with support personnel, this results in a large amount of manpower and materials waste;It is cold for some
Cold, the bad environments marine site such as stormy waves is larger or pollutant is harmful, sample collector's spot sampling are very arduous and ten
Divide danger, personal safety cannot ensure, even can not reach sampling area sometimes;Another drawback manually acquired is sampling week
Phase is longer, can not quickly, accurately reflect water pollution situation, seriously affect prevention and control of marine pollution work development.
As the technologies such as positioning, communication, control, artificial intelligence develop rapidly, unmanned boat (USV), underwater remote-control robot
(ROV), the unmanned mobile monitoring platform such as underwater unmanned autonomous navigation device nobody (AUV) is gradually applied to ocean water quality detection
Field.Compared with ROV and AUV, unmanned boat is moved in ocean surface, few by external constraint, has higher flexibility, application
Range is very extensive, and has many advantages, such as that of low cost, communication is reliable, positioning is convenient, easily controllable, is just gradually becoming ocean and is visiting
One of the research hotspot in survey field.
One of greenization, intelligent emphasis by as ship domain next step development.Specifically, it is by breaking through ship
Body Alignment Design technology, structure optimization technology, drag reduction consumption-reducing technological, efficient Push Technology, clean energy resource and regenerative resource profit
With technology etc., energy conservation and environmental protection type ship is developed;By breaking through key application of the information technologies such as automatic technology on ship
Technology realizes navigation automation, mechanical automation, loading automation, and realizes flight course planning, ship-handling, navigation attitude adjustment, sets
Standby monitoring etc. improves the intelligent level of ship.
Commercialization water quality sampling unmanned boat product is set mostly for the sampling of the small ranges waters such as inland river, lake, harbour at present
Meter, ship cruising ability it is small (<70km), the navigation performances such as stability, sea-keeping, rapidity are poor, can not carry out complicated long distance
From marine sampling operation, requirement of the marine environmental monitoring department to the monitoring point dynamic detection far from seashore cannot be met.
In terms of unmanned boat hull platform, catamaran relies on its outstanding stability and larger load, just gradually
As the popular ship type of scientific research of seas unmanned boat.Compared with monohull, hull is divided into two by catamaran, identical displacement
Lower catamaran possesses more roomy floor space and volume of compartment compared with monohull, and hull becomes taller and thinner, can be by obtaining
Wave-making interaction favorably is obtained to reduce ship drag overall, and its stability is preferable, survival ability is stronger under severe sea condition;In addition,
Existing catamaran is usually respectively mounted propeller on each sheet body, can be generated on Heading control by changing two propellers
Thrust realizes that hull turns to, and has good maneuverability;However, under severe sea condition, the smaller water quality sampling of displacement nobody
Ship shipping-direction stability is often poor, needs constantly to manipulate to maintain course;In addition it is simple by frequently changing two propeller rotating speeds
Realize that hull turns to not only energy consumption and greatly, can also shorten service life of equipment and even cause equipment damage, bring unnecessary economy
Loss.
Therefore, there is an urgent need for a kind of endurance is remote, shipping-direction stability and turning quality are good, easy to operate, stability and seakeeping capacity are excellent
Good binary water quality sampling unmanned boat.
Utility model content
The purpose of this utility model is to provide one kind using reproducible solar energy as main energy sources, endurance is remote, navigation
Resistance is small, stability and seakeeping capacity are excellent, the solar energy binary unmanned boat of easy operation long-distance remote control seawater sampling.
The purpose of this utility model is addressed by following technical proposals:
A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling, including hull main body, aerofoil profile directional control device,
Electric system, propulsion system, water quality sampling system and control system;Wherein, hull main body includes two sheet bodies, arc-shaped
Box connecting bridge structure, two sheet bodies connect to form twin hull construction by arc-shaped box connecting bridge structure;Arc-shaped
Box connecting bridge structure upper surface be provided with flexible solar film battery assembly, speech ciphering equipment, light units, picture pick-up device,
Alarm equipment, communication and navigation equipment and avoidance equipment;
The aerofoil profile directional control device is at least one set of, and each group of aerofoil profile directional control device includes pillar, aerofoil profile directional control
Device servo motor, connecting rod, aerofoil profile directional control device rotary shaft, aerofoil profile directional control device main body, induction wing flap, Flap rotation axis,
Induce wing flap corner driving guide rail and induction wing flap guiding axis;Aerofoil profile directional control device main body and induction wing flap are streamlined cut open
Face;Pillar is upper surface and the tangent umbrella plane frame structure in box connecting bridge structure lower surface, pillar upper surface with it is box
Connecting bridge structure lower surface connects, and the lower end of pillar is socketed in aerofoil profile directional control device rotary shaft;Aerofoil profile directional control device revolves
The upper end of shaft is connect by connecting rod with aerofoil profile directional control device servo motor, and the lower end of aerofoil profile directional control device rotary shaft passes through
Box connecting bridge structure base slab and pillar, it is affixed with aerofoil profile directional control device main body;Induction wing flap is connected by Flap rotation axis
In aerofoil profile directional control device body rear, induce wing flap and Flap rotation axis affixed, Flap rotation axis is grasped mounted on aerofoil profile direction
Vertical device body rear, and stretch out aerofoil profile directional control device main body, induction wing flap corner driving guide rail one end and Flap rotation axis
External part is affixed, and the other end is flexibly connected with being fixed on the induction wing flap guiding axis of lower rod end;
The electric system includes flexible solar film battery assembly, terminal box, solar charging controller, lithium battery
Intelligent supervisor and lithium battery group;Lithium battery group is composed in parallel by multiple lithium batteries;Each flexible solar film battery assembly
Equipped with terminal box, multiple flexible solar film battery assemblies are connected in series with by terminal box, and and solar charging controller
Connection, lithium battery intelligent manager are connect with solar charging controller, and lithium battery group is connect with lithium battery intelligent manager;
The propulsion system includes propeller, high-strength carbon fiber pipe, propulsion electric machine;Propeller is arranged on the tail of sheet body
End;High-strength carbon fiber pipe one end is fixedly connected with the radome fairing of propulsion electric machine, and the other end passes through the propulsion on sheet body
Device mounting hole is connect with sheet body;Propeller is also connect with propulsion electric machine;
The water quality sampling system includes pump line, pump head, tube rolling device, peristaltic pump, peristaltic pump, wastewater discharge pipe;Pump head and
Peristaltic pump and peristaltic pump are connected with peristaltic pump by pump line, and wastewater discharge pipe will be empty outside peristaltic pump discharge of wastewater mouth and hull
Between connect;Tube rolling device, peristaltic pump are connect respectively with the tube rolling device controller of control system controller module, wriggling pump controller;
The control system includes main control computer, positioning navigation module, communication module, data acquisition module and controller
Module, positioning navigation module, communication module, data acquisition module and controller module are connect respectively with main control computer.
Further to realize the utility model aim, it is preferable that the aerofoil profile directional control device has two groups, is separately positioned on
Front and rear on binary unmanned boat central fore-and-aft vertical plane;The pillar with and box connecting bridge structure lower surface connect except horizontal stroke
To extending to support construction;The aerofoil profile directional control device horizontal profile is fairshaped aerofoil profile cavity structure.Aerofoil profile direction
Executor main body and induction wing flap are cavity structure;
Preferably, if two pieces set gradually from stern transom plate in vivo propeller cofferdam, propeller control cabin,
Dry lithium battery cabin, forepeak;The sheet body is proclined stem, rectangular ship stern, the interior slack bulge type watertight sky for setting multiple compartments
Chamber slender bodies structure.
Preferably, horizontal internal floor is set at the high 70mm of spread baseline, on inner bottom plating longitudinal centre line, in stern
The propeller mounting hole of diameter 29mm is set in front of sealing plate at 44.5mm;Sheet body topside inner wall is away from setting water at the high 200mm of baseline
Flat reinforcing frame, horizontal reinforcing frame are welded on topside inner wall;Horizontal reinforcing frame is widened to form lithium battery horizontal stroke at lithium battery cabin
To support construction;On horizontal reinforcing frame longitudinal centre line, in front of the stern transom plate at 44.5mm a diameter of 29mm of setting propeller
Mounting hole;Transverse bulkhead, transverse bulkhead lower part watertight are set between each cabin, and top sets the cable of a diameter of 40mm to pass through hole, electricity
Cable sets sealing device by hole;Cable is located at more than Water Plane by hole lower edge;Transverse bulkhead top is arc-shaped, passes through welding
It is connect with adjacent structure;The arc sealing cover support plate concentric with transverse bulkhead top circular arc, arc sealing cover are set at the top of sheet body
Support plate lower surface and transverse bulkhead top are tangent, and at propeller cofferdam, propeller control cabin and each lithium battery cabin
In order to sheet body internal unit installation and maintenance, above-mentioned support plate is welded on sheet body topside inner wall evolution shape hatch;Sheet body top
Portion sets the arc sealing cover concentric with above-mentioned arc sealing cover support plate, on lower surface and above-mentioned arc sealing cover support plate
Plane tangent, top edge are overlapped with sheet body top edge;Lithium battery cabin inner bottom plating longitudinal centre line nearby sets lithium battery base
Seat;The sealing cover support plate, arc sealing cover arrange two groups of threaded holes corresponding with support construction bottom.
Preferably, the arc-shaped box connecting bridge structure both sides are connect respectively by a pair of of support construction with sheet body
Between two sheet bodies;Support construction cross section is the class triangle being bent towards unmanned boat central fore-and-aft vertical plane, support construction bottom
Portion is threaded hole;The box connecting bridge structure upper surface arc length is equal to flexible solar film battery assembly length.
Preferably, the arc-shaped box connecting bridge structure box house sets gradually electrical equipment along captain direction
Room, sampling chamber, sample devices room;It sets and encircles between electrical equipment room and sampling chamber and sampling chamber and sample devices room
Shape crossbeam, crossbeam lower edge are not less than 240mm away from connecting bridge structure babinet bottom plate heights;Sample setting arc watertight compartment above chamber
Lid, arc watertight compartment cap upper surface are overlapped with arc-shaped box connecting bridge structure upper surface, arc watertight hatchcover size and list
Part flexible solar film assembly size is consistent;Arc watertight hatchcover sets Simple handle.
Preferably, the main control computer is the PCM-9375 single board computers based on PC104 buses;
The positioning navigation module includes GNSS antenna, positioning differential antennae and GNSS signal receiver;GNSS antenna
Arc-shaped box connecting bridge structure rear portion is arranged on positioning differential antennae and is connect with GNSS signal receiver, GNSS signal
Receiver accesses the RS-232 serial ports of main control computer;
The communication module includes data transmission antenna, data transmission radio station, screen transmission antenna and screen transmission electricity
Platform;Data transmission antenna is connect with data transmission radio station, and the RS-232 serial ports of main control computer is accessed in data transmission radio station;Screen
Transmission antenna is connect with screen transmission radio station, and screen transmission radio station accesses the RS-232 serial ports of main control computer.Data transmission day
Line is arranged on the rear end of arc-shaped box connecting bridge structure, and data transmission radio station is arranged on the electrical equipment at platform deck rear portion
In cabin;For screen transmission setting antenna in the rear end of arc-shaped box connecting bridge structure, screen transmission radio station is arranged on platform first
The electrical equipment cabin of postlaminar part;
The data acquisition module includes video camera, ultrasonic sensor, three axis strapdown reluctance type Electronic Megnetic Compass, intelligence
It can gyroscope, 3-axis acceleration sensor and water depth sensor;Video camera, three axis strapdown reluctance type electronics magnetic of ultrasonic sensor
Compass, intelligent gyroscope, 3-axis acceleration sensor, water depth sensor are respectively connected to the RS-232 serial ports of main control computer;
The controller module includes:Propeller control device, tube rolling device controller, wriggling pump controller, video camera control
Device processed, lamp dimmer, voice controller and aerofoil profile directional control device servomotor controller;Promote its controller, tube rolling device
Controller, wriggling pump controller, camera control unit, lamp dimmer, voice controller are tapped into the RS- of main control computer
232 serial ports;In addition, propeller control device is also connect with propulsion electric machine, it is arranged on platform deck rear portion;Tube rolling device controller also with
Tube rolling device connects;Wriggling pump controller is also connect with peristaltic pump;Camera control unit is also connect with video camera;Aerofoil profile directional control
Device servomotor controller is also connect with aerofoil profile directional control device servo motor.
Preferably, the speech ciphering equipment includes loud speaker, the voice controller connection of loud speaker and control system;Light
Equipment includes searchlight and red Bai Lvsan colors navigation lights, searchlight and red Bai Lvsan colors navigation lights respectively with the light of control system
Controller connects;Picture pick-up device includes RS-232 serial ports and the camera control unit company of video camera, video camera and main control computer
It connects;Alarm equipment includes alarm, the voice controller connection of alarm and control system;Communication and navigation equipment includes GNSS days
Line, positioning differential antennae, data transmission antenna and screen transmission antenna, GNSS antenna and positioning differential antennae connect with GNSS radio station
It connects, data transmission radio station and screen transmission antenna are connect respectively with data transmission radio station and screen transmission radio station;Avoidance equipment packet
Include ultrasonic sensor, the RS-232 serial ports connection of ultrasonic sensor and main control computer;Loud speaker and red Bai Lvsan colors boat
Portable lighter is arranged on arc-shaped box connecting bridge structure forepart;Searchlight and red Bai Lvsan colors navigation lights are arranged on arc-shaped case
Formula connecting bridge structure forepart;Video camera setting is in arc-shaped box connecting bridge structure front end;Alarm is arranged on arc-shaped
Box connecting bridge structure tail portions;GNSS antenna, positioning differential antennae, data transmission antenna and screen transmission antenna are arranged on circular arc
The box connecting bridge structure tail portions of shape;Ultrasonic sensor is arranged on arc-shaped box connecting bridge structure front end.
Preferably, the sheet body, connecting bridge structure and aerofoil profile directional control device are made of 5086 aluminium alloys.
Preferably, the lithium battery intelligent manager and the propulsion electric machine of propulsion system connect, with water quality sampling system
Tube rolling device, peristaltic pump, peristaltic pump connection, it is electric that output connect with loud speaker, searchlight, red Bai Lvsan colors navigation lights, alarm
Energy;Lithium battery intelligent manager is also connect with control system main control computer, is believed with the GNSS of control system positioning navigation module
The connection of number receiver is connect with the data transmission radio station of control system communication module, screen transmission radio station, with control system data
Video camera, ultrasonic sensor, three axis strapdown reluctance type Electronic Megnetic Compass, intelligent gyroscope, the 3-axis acceleration of acquisition module
Sensor, water depth sensor connection and the propulsion of control system controller module its controller, wriggling pump controller, tube rolling device
Controller, camera control unit, lamp dimmer, voice controller and aerofoil profile directional control device servomotor controller connect
It connects;
Multiple flexible solar film battery assemblies are laterally pasted onto box connecting bridge structure upper surface terminal box
Series connection forms solar battery group, and intermediate one is pasted onto arc watertight compartment and covers;Flexible solar film battery assembly is selected
CIGS hull cell;Solar charging controller is MPPT solar charging controllers, is arranged on electrical equipment chamber interior;Lithium electricity
Pond intelligent supervisor is arranged on electrical equipment chamber interior;Lithium battery is arranged on the lithium battery pedestal of lithium battery cabin.
The utility model unmanned boat on catamaran central fore-and-aft vertical plane by setting two groups of rudder formula aerofoil profile directional control device cavitys
The aerofoil profile that manipulates of structure stablizes lateral body, reduces hull center of gravity, and generate when that can manipulate aerofoil profile stabilization lateral body and deflect
Larger revolution steering force improves the flexibility that stability, sea-keeping, shipping-direction stability and the revolution of unmanned boat manipulate.
Compared with prior art, the beneficial effects of the utility model are:
(1) radius of gyration is small.The utility model is used for the solar energy binary unmanned boat two of long-distance remote control seawater sampling
Sheet body sets two propellers, and unmanned boat course change can be realized by the speed discrepancy for controlling two propellers;Setting two simultaneously
Group rudder formula aerofoil profile directional control device, aerofoil profile directional control device uses streamline type profile, little to unmanned boat drag effects;Aerofoil profile side
It can be rotated to the aerofoil profile directional control device of executor around with the opposing stationary vertical axes of hull, induction wing flap is grasped with aerofoil profile direction
It is vertical on aerofoil profile directional control device around being fixed under induction wing flap corner driving guide rail driving while vertical device rotates together
Axis rotates greater angle than its aerofoil profile directional control device, increases aerofoil profile directional control device camber, generates the moment of turning ship of bigger;When
When rudder formula aerofoil profile directional control device starts effect, ship previous group aerofoil profile directional control device is deflected to side, ship later group aerofoil profile side
Deflected to executor to opposite side, this two groups of aerofoil profile directional control devices deflection generated before unmanned boat center of gravity one group it is reversely opposite
Rudder power, promotes unmanned boat to turn to.Thus pass through the speed discrepancy and rudder formula aerofoil profile directional control device corner of two propellers of control
The efficient handling maneuver of unmanned boat can be achieved, the radius of gyration is small.It is assumed that induction wing flap does not occur relatively with aerofoil profile directional control device
Rotation, according to wing theory, aerofoil profile directional control device rudder power is calculated by formula (1) before ship:
In formula:ρ is density of sea water, ρ=1025kg/m3, ARFor rudder influence basin, V is the speed of a ship or plane, and α is rudder angle, CRFor rudder power
Coefficient is determined that wherein λ is aspect ratio by formula (2):
It is computed, it is assumed that induction wing flap does not relatively rotate with aerofoil profile directional control device, aerofoil profile direction is grasped after ship before ship
When vertical device influent stream speed is consistent, when 30 ° of opposite deflections of direction occur for front and rear aerofoil profile directional control device, the speed of a ship or plane is 5kn, before ship,
Aerofoil profile directional control device generates rudder power F=944.7N after ship, and front and rear aerofoil profile directional control device is respectively away from centroidal distance
1145.22mm and 989.79mm, the two superposition, the moment of turning ship that two groups of aerofoil profile directional control devices will generate 2016.9Nm.
Moment of turning ship will force unmanned boat to turn to, and under the synergistic effect of propeller, unmanned boat, which is rapidly completed, to be redirected into
Prebriefed pattern.Thus it can realize that unmanned boat efficiently turns round behaviour by control flaps formula aerofoil profile directional control device and propeller corner
It is vertical.
(2) maneuverability is good.The utility model possesses good shipping-direction stability and turning quality, i.e., good maneuverability.It is good
Shipping-direction stability well can be avoided to go as course and frequent remote operation adjustment course during navigating by water, to energy saving and raising
Equipment life is significant, and to displacement, smaller, shipping-direction stability unmanned boat is particularly true.On the one hand, this practicality is new
The unmanned boat of type uses duplex form, and two sheet bodies of catamaran make it be easily achieved line navigation, and shipping-direction stability is preferable,
On the other hand, when rudder formula aerofoil profile directional control device deflection angle is 0 °, the unmanned boat of the utility model is more prone to realize straight line boat
Row, the binary unmanned boat shipping-direction stability of the utility model are greatly improved, i.e. the unmanned boat of the utility model possesses well
Shipping-direction stability;Two sheet bodies of unmanned boat of the utility model are provided with propeller simultaneously, and two sheet bodies cause two spiral shells
The spacing revolved between paddle is larger, when unmanned boat is static, when the positive vehicle of a vehicle falls, unmanned boat can realize pivot stud, work as nothing
When people's ship navigates by water, change the thrust that two propellers generate, and manipulate two groups of rudder formula aerofoil profile directional control devices corner, it can be achieved that
Fast steering, i.e. the utility model possess good turning quality;To sum up, the unmanned boat of the utility model possesses good manipulation
Property.
(6) stability and sea-keeping are good.On the one hand, the utility model employs two groups of rudder formula aerofoil profile directional control devices, reduces
The center of gravity of binary unmanned boat, enhances unmanned boat stability and sea-keeping, improves unmanned boat survival ability in stormy waves;Furthermore
While the utility model utilizes the advantages such as the big stability of catamaran crosswise moment of inertia and sea-keeping are good, rolling period is short, use is soft
Property solar energy film substitute traditional solar panels, lithium battery group be arranged in piece in vivo to achieve the purpose that lower the center of gravity, into one
It walks the stability for improving the utility model and seakeeping capacity, shorten rolling period, be effectively reduced hull and sway movement to water
The influence of matter sampling operation improves water quality sampling efficiency;It is computed, the unmanned boat rolling period T of the utility modelφIt is not more than
1.2s reduces the long interference to seawater sampling of hull rolling period;Metacentric height GM is not less than 5m, flooding angle
Roll angleThe difference of flooding angle and roll angleStability meets ZC " 98 regulation " catamaran stability
Weighing apparatus is accurate;It is computed, the unmanned boat of the utility model is under level Four sea situation (feature wind speed 20kn), navigation heaving response of heading sea
No more than 0.684m, navigation pitching response of heading sea is no more than 17.87 °.
(2) solar energy light-receiving area is big.The utility model is using couple structure form and selects larger sheet body spacing, profit
The box connecting bridge structure designed with dome connects two sheet bodies.By using these designs, considerably increase total
Solar energy film area increases solar energy light-receiving area under the premise of solar battery group transfer efficiency is not significantly reduced,
It improves the general power of solar battery group, and Quick drainage when dome is to upper wave and sleet sky, reduces the spray and rainwater pair
Hull impact is advantageous.
(3) endurance is remote.The unmanned boat of the utility model passes through shiplines optimization design and catamaran sheet body spacing
Optimization design reduces ship resistance, meanwhile, the unmanned boat of the utility model is based on inexhaustible solar energy
The energy is wanted, greatly improves its endurance, while entire unmanned boat system operation realizes zero-emission no pollution, energy conservation and environmental protection.
It (4) can round-the-clock sampling operation.The unmanned boat of the utility model is added while using solar energy as main energy sources
Lithium battery energy storage battery battery pack stores solar battery group dump energy, is computed, and lithium battery storage electric energy maintains unmanned boat work
Time t>12.6h makes it have night and the lasting ability for carrying out water quality sampling work in related marine site rainy days, so as to make
The unmanned boat of the utility model has the round-the-clock ability for continuing dynamic sampling in related marine site.
(7) unsinkability can be superior.Between two closed sheet bodies of the unmanned boat of the utility model and sheet body with it is closed
Box connecting bridge inside configuration space does not connect, and independently of each other, and two sheet bodies are provided with multiple independent watertight compartments, greatly
Ground enhances the unsinkability of the utility model.It is computed, the utility model generates 20 ° when a lateral piece buoyancy completely loses
Angle of Heel, when two lateral piece buoyancy completely lose, the utility model is in upright condition;No matter a lateral piece buoyancy loses completely
It loses or two lateral piece buoyancy completely loses, the unmanned boat limit angle of statical inclination φ of the utility modelmax>40 °, maximum recuperability
Arm GZmax>0.6m;Unilateral sheet body or bilateral sheet body are damaged, and the unmanned boat of the utility model can keep floating state,
Economic loss caused by greatly reducing unmanned boat sinking device losses.
(8) unmanned boat overall structure is slim and graceful, mechanical strength performance is reasonable.The utility model uses the box connecting bridge knot of arch
Structure connects two sheet bodies of catamaran, and all appts that unmanned boat is carried, the support platform equipped are formed with this.
The box connecting bridge of this arch had both alleviated unmanned boat overall structure weight, has increased solar energy light-receiving area, while also ensure
Unmanned boat has enough structural strengths.Unmanned boat shows a kind of structure merrily and lightheartedly and mechanical strength performance is rational whole special
Sign.
(9) using modularized design, equipment flexible arrangement.Box connecting bridge structure housing interior volume is abundant, can basis
It needs to place various instrument and equipment, while box house equipment can be also replaced according to actual use function by the utility model application
In fields such as harbour monitoring, hydrology prospecting, SAR at Sea.
(10) stratified sampling.The unmanned boat of the utility model extracts the water quality of different water depth by controlling the folding and unfolding of pump line
Sample, and pass through wastewater discharge pipe will in pump line remain seawater discharge hull outside, realize water quality stratified sampling.
Description of the drawings
Fig. 1 is the structure diagram of the solar energy binary unmanned boat of the utility model long-distance remote control seawater sampling;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the vertical view of Fig. 1;
Fig. 4 is the front view of Fig. 1;
Fig. 5 is the structure diagram of the sheet body in Fig. 1;
Fig. 6 is the left view of the aerofoil profile directional control device of Fig. 1;
Fig. 7 is the vertical view of the aerofoil profile directional control device of Fig. 1;
Fig. 8 is the aerofoil profile directional control device front view of Fig. 1;
Fig. 9 is the control system connection diagram of Fig. 1.
In figure:1 is hull main body, 1-1 is sheet body, 1-1-1 is stern transom plate, 1-1-2 is propeller cofferdam, 1-1-3 is
Propeller control cabin, 1-1-4 are lithium battery cabin, 1-1-5 is forepeak (empty cabin), 1-1-6 is inner bottom plating, 1-1-7 is propeller
Mounting hole, 1-1-8 are topside inner wall, 1-1-9 is horizontal reinforcing frame, 1-1-10 is lithium battery bracing structure, 1-1-11 is
Transverse bulkhead, 1-1-12 be cable by hole, 1-1-13 be sealing cover support plate, 1-1-14 is rectangular hatch, 1-1-15 is arc
Sealing cover, 1-1-16 are lithium battery pedestal, 1-2 is box connecting bridge structure, 1-2-1 is support construction, 1-2-2 be threaded hole,
1-2-3 is loud speaker, 1-2-4 is searchlight, 1-2-5 is red Bai Lvsan colors navigation lights, 1-2-6 is alarm, 1-2-7 is electric appliance
Canyon, 1-2-8 are sampling chamber, 1-2-9 is sample devices room, 1-2-10 is arch beam, 1-2-11 is arc watertight compartment
Lid, 1-2-12 are Simple handle, 2 be aerofoil profile directional control device, 2-1 pillars, 2-2 are aerofoil profile directional control device servo motor, 2-3
For connecting rod, 2-4 be aerofoil profile directional control device rotary shaft, 2-5 is aerofoil profile directional control device main body, 2-6 is induction wing flap, 2-7 is
Flap rotation axis, 2-8 are induction wing flap corner driving guide rail, 2-9 is induction wing flap guiding axis, 2-10 is that pump line is by hole, 3
Electric system, 3-1 are flexible solar film battery assembly, 3-2 is terminal box, 3-3 is solar charging controller, 3-4 is
Lithium battery intelligent manager, 3-5 be lithium battery, 4 be propulsion system, 4-1 is propeller, 4-2 is high-strength carbon fiber pipe, 4-
3 be propulsion electric machine, 5 be water quality sampling system, 5-1 is pump line, 5-2 is pump head, 5-3 is tube rolling device, 5-4 is peristaltic pump, 5-5 is
Sampling box, 5-6 are that system, 6-1 are main control computer in order to control, 6-2 is positioning navigation module, 6-2-1 is for wastewater discharge pipe, 6
GNSS antenna, 6-2-2 are positioning differential antennae, 6-2-3 is GNSS signal receiver, 6-3 is communication module, 6-3-1 is data
Transmission antenna, 6-3-2 are data transmission radio station, 6-3-3 is screen transmission antenna, 6-3-4 is screen transmission radio station, 6-4 is several
According to acquisition module, 6-4-1 be video camera, 6-4-2 is ultrasonic sensor, 6-4-3 be three axis strapdown reluctance type Electronic Megnetic Compass,
6-4-4 is intelligent gyroscope, 6-4-5 is 3-axis acceleration sensor, 6-4-6 be water depth sensor, 6-5 in order to control device module,
6-5-1 is propeller control device, 6-5-2 is tube rolling device controller, 6-5-3 is wriggling pump controller, 6-5-4 is camera control
Device, 6-5-5 are lamp dimmer, 6-5-6 is voice controller, 6-5-7 is aerofoil profile directional control device servomotor controller.
Specific embodiment
Preferably to support the utility model, the utility model is further elaborated below in conjunction with the accompanying drawings, but this reality
It is unlimited so with novel embodiment.
As shown in Figs. 1-5, the solar energy binary unmanned boat of long-distance remote control seawater sampling, including hull main body 1, aerofoil profile side
To executor 2, electric system 3, propulsion system 4, water quality sampling system 5 and control system 6;Wherein, hull main body 1 includes two
A sheet body 1-1, arc-shaped box connecting bridge structure 1-2, sheet body 1-1 are two, and two sheet body 1-1 pass through arc-shaped box
Connecting bridge structure 1-2 connects to form twin hull construction;
Sheet body 1-1 provides buoyancy for unmanned boat, and unmanned boat is made to float on sea;Sheet body 1-1 is proclined stem, rectangular
Ship stern, the interior slack bulge type watertight cavity slender bodies structure for setting multiple compartments;It is set gradually from stern transom plate 1-1-1 in sheet body 1-1
Propeller cofferdam 1-1-2, propeller control cabin 1-1-3, several lithium battery cabins 1-1-4, forepeak (empty cabin) 1-1-5;It pushes away
It is by propeller mounting hole 1-1-7 and sheet body 1-1 other zone isolations, in propeller mounting hole into device cofferdam 1-1-2 effects
Effectively seawater can be isolated by propeller cofferdam 1-1-2 when the failure of 1-1-7 seal approach causes the seawater to leak, and ensure equipment peace
Quan Xing enhances the survival ability of unmanned boat;Propeller control cabin 1-1-3, installation propeller controller 6-5-1;Lithium battery cabin 1-
1-4 is used to place lithium battery 3-5;Inside the setting of sheet body 1-1 front ends forepeak (empty cabin) 1-1-5, forepeak (empty cabin) 1-1-5
It is narrow, be not suitable for advancing equipment, as the empty cabin of isolation, in unmanned boat because misoperation or other factors are touched with barrier
When hitting and causing the seawater to leak, seawater can be isolated with other cabins well by forepeak (empty cabin) 1-1-5, enhancing this nobody
Ship obtains unsinkability;Sheet body 1-1 is preferably setting horizontal internal floor 1-1-6, inner bottom plating 1-1-6 longitudinal center at 70mm away from baseline height
It is preferably the propeller mounting hole 1-1-7 that setting diameter is preferably 29mm at 44.5mm on line, in front of stern transom plate 1-1-1;It is excellent
Choosing, sheet body 1-1 topside inner wall 1-1-8 away from baseline height be preferably at 200mm the horizontal reinforcing frame 1-1-9 of setting to enhance sheet body 1-
1 longitudinal strength, horizontal reinforcing frame 1-1-9 are welded on topside inner wall 1-1-8, widen to be formed at the 1-1-4 of lithium battery cabin
Lithium battery bracing structure 1-1-10 to reduce the amplitude of lithium battery transverse movement during unmanned boat navigation, strengthen by level
It is preferably the propeller installation of a diameter of 29mm of setting at 44.5mm on frame 1-1-9 longitudinal centre lines, in front of stern transom plate 1-1-1
Hole 1-1-7;Preferably, transverse bulkhead 1-1-11 is set between above-mentioned each cabin, and transverse bulkhead 1-1-11 lower parts watertight, top setting is directly
Diameter be the cable of 40mm by hole 1-1-12, cable sets sealing device by hole 1-1-12, and its lower edge be located at Water Plane with
On;Transverse bulkhead 1-1-11 tops are arc-shaped, are connect by welding with adjacent structure;Setting and transverse bulkhead at the top of sheet body 1-1
The concentric arc sealing cover support plate 1-1-13 of 1-1-11 tops circular arc, lower surface and transverse bulkhead 1-1-11 tops are tangent, and
The evolution shape hatch 1-1-14 at propeller cofferdam 1-1-2, propeller control cabin 1-1-3 and each lithium battery cabin 1-1-4
In order to sheet body 1-1 internal unit installation and maintenance, above-mentioned support plate 1-1-13 is welded on sheet body 1-1 topside inner walls 1-1-8;
The arc sealing cover 1-1-15 concentric with above-mentioned arc sealing cover support plate 1-1-13 be set at the top of sheet body 1-1, lower surface and
Above-mentioned arc sealing cover support plate 1-1-13 upper surfaces are tangent, and top edge is overlapped with sheet body 1-1 top edges;Preferably, lithium
Battery flat 1-1-4 inner bottom plating 1-1-6 longitudinal centre lines nearby set lithium battery pedestal 1-1-16, and pedestal a pair is longitudinally arranged
The U-shaped aluminium section bar of opening inwardly, is welded on inner bottom plating 1-1-6;The sealing cover support plate 1-1-13, arc sealing cover 1-
1-15 arranges two groups of threaded hole 1-2-2s corresponding with support construction 1-2-1 bottoms;Preferably, tradeoff unmanned boat is in hydrostatic Air China
Capable smooth water resistance and when being navigated by water in wave wave action lead to the increase i.e. Added Resistance of drag overall, and in view of sheet body
Equipment deployment scenarios in 1-1, the sheet body 1-1 are slack bulge type.
Arc-shaped box connecting bridge structure 1-2 is mounted between two sheet body 1-1, for bearing to act on two sheet bodies
Wave force on 1-1 maintains structural intergrity;It is propped up respectively by a pair the arc-shaped box connecting bridge structure 1-2 both sides
Support structure 1-2-1 is connect with sheet body 1-1, it is preferred that support construction 1-2-1 cross sections are the class being bent towards unmanned boat central fore-and-aft vertical plane
For triangle to improve structural stability, support construction 1-2-1 bottoms are threaded hole 1-2-2;Preferably, the box connecting bridge knot
Structure 1-2 upper surfaces arc length is equal to flexible solar film battery assembly 3-1 length.
Arc-shaped box connecting bridge structure 1-2 upper surfaces are provided with speech ciphering equipment, light units, picture pick-up device, alarm
Equipment, communication and navigation equipment and avoidance equipment.Specifically:Speech ciphering equipment includes loud speaker 1-2-3, the language with control system 6
The 6-5-6 connections of sound controller;Light units include searchlight 1-2-4 and red Bai Lvsan colors navigation lights 1-2-5, are with control respectively
The lamp dimmer 6-5-5 connections of system 6;Picture pick-up device includes video camera 6-4-1, the RS-232 serial ports with main control computer 6-1
And camera control unit 6-5-4 connections;Alarm equipment includes alarm 1-2-6, the voice controller 6-5-6 with control system 6
Connection;Communication and navigation equipment includes GNSS antenna 6-2-1, positioning differential antennae 6-2-2, data transmission antenna 6-3-1, screen and passes
Defeated antenna 6-3-3, GNSS antenna 6-2-1, positioning differential antennae 6-2-2 are connect with GNSS radio station, data transmission radio station 6-3-2,
Screen transmission antenna 6-3-3 is connect respectively with data transmission radio station 6-3-2 and screen transmission radio station 6-3-4;Avoidance equipment includes
Ultrasonic sensor 6-4-2 is connect with the RS-232 serial ports of main control computer 6-1;Loud speaker 1-2-3 and the navigation of red Bai Lvsan colors
Lamp 1-2-5 is arranged on arc-shaped box connecting bridge structure 1-2 foreparts, and voice is sent out to ship around for bank base controllers
Signal;Searchlight 1-2-4 and red Bai Lvsan colors navigation lights 1-2-5 is arranged on arc-shaped box connecting bridge structure 1-2 foreparts, preceding
Person illuminates for navigation at night, and the latter is used to send out light signal to ship around, the red Bai Lvsan colors navigation lights 1-2-5 from
Show feux rouges in 22.5 ° behind the front to port beam of ship, to starboard beam after show green light in 22.5 °, from ship
Dead astern shows white light in per 67.5 ° of the side of a ship;Video camera 6-4-1 is arranged on arc-shaped box connecting bridge structure 1-2 front ends,
The lower video camera 6-4-1 of camera control unit 6-5-4 controls can 360 degree of realtime graphic letters for looking around and capturing unmanned boat surrounding enviroment
Breath;Alarm 1-2-6 is arranged on arc-shaped box connecting bridge structure 1-2 tail portions, for being made a sound to ship around and lamp
Light alarm signal;GNSS antenna 6-2-1, positioning differential antennae 6-2-2, data transmission antenna 6-3-1 and screen transmission antenna 6-
3-3 is arranged on arc-shaped box connecting bridge structure 1-2 tail portions;Ultrasonic sensor 6-4-2 is arranged on arc-shaped box company
Bridge structure 1-2 front ends are connect, effective detection range is more than 10m, and ultrasonic sensor 6-4-2 is used to know under autonomous navigation pattern
Barrier in other unmanned boat direction of advance.
Preferably, arc-shaped box connecting bridge structure 1-2 box houses set gradually electrical equipment room along captain direction
1-2-7, sampling chamber 1-2-8, sample devices room 1-2-9, electrical equipment room 1-2-7 are used to arrange main control computer 6-1, the sun
The electrical equipments such as energy charge controller 3-3, lithium battery intelligent manager 3-4, sampling chamber 1-2-8 are used to place peristaltic pump 5-5,
Sample devices room 1-2-9 is used to arrange the sample devices such as peristaltic pump, tube rolling device;Electrical equipment room 1-2-7 and sampling chamber 1-2-8
And arch beam 1-2-10 is set between sampling chamber 1-2-8 and sample devices room 1-2-9, crossbeam lower edge is away from connecting bridge structure
1-2 box baseplates height is not less than 240mm;Sample setting arc watertight hatchcover 1-2-11 above chamber 1-2-8, upper surface with
Arc-shaped box connecting bridge structure 1-2 upper surfaces overlap, and size is consistent with one piece flexible solar energy film size of components;Arc
Shape watertight hatchcover 1-2-11 sets Simple handle 1-2-12, is opened convenient for staff.
Aerofoil profile directional control device 2 is at least one set of, and preferably aerofoil profile directional control device 2 has two groups, be separately positioned on binary nobody
Front and rear on ship central fore-and-aft vertical plane;As shown in Fig. 4,6,7,8, each group of aerofoil profile directional control device 2 includes pillar 2-1, the wing
Type directional control device servo motor 2-2, connecting rod 2-3, aerofoil profile directional control device rotary shaft 2-4, aerofoil profile directional control device main body 2-
5th, induction wing flap 2-6, Flap rotation axis 2-7, induction wing flap corner driving guide rail 2-8 and induction wing flap guiding axis 2-9;Aerofoil profile side
It is streamline type profile to executor main body 2-5 and induction wing flap 2-6, preferably aerofoil profile directional control device main body 2-5 and the induction flap
Wing 2-6 is cavity structure;Pillar 2-1 is upper surface and the tangent umbrella plane framework in box connecting bridge structure 1-2 lower surfaces
Structure, pillar 2-1 upper surfaces weld together with box connecting bridge structure 1-2 lower surfaces, and the lower end of pillar 2-1 is socketed in aerofoil profile
On directional control device rotary shaft 2-4;The upper end of aerofoil profile directional control device rotary shaft 2-4 passes through connecting rod 2-3 and box connecting bridge knot
Aerofoil profile directional control device servo motor 2-2 connections in structure 1-2, the lower end of aerofoil profile directional control device rotary shaft 2-4 pass through box
Connecting bridge structure 1-2 bottom plates and pillar 2-1 are fixedly connected with aerofoil profile directional control device main body 2-5;Induction wing flap 2-6 passes through the flap
Wing rotary shaft 2-7 is connected to aerofoil profile directional control device main body 2-5 rear ends, and induction wing flap 2-6 and Flap rotation axis 2-7 is affixed, the flap
Wing rotary shaft 2-7 is mounted on aerofoil profile directional control device main body 2-5 rear ends, and stretches out aerofoil profile directional control device main body 2-5, induces the flap
Wing corner drives guide rail 2-8 one end and the external part of Flap rotation axis 2-7 affixed, and the other end is with being fixed on pillar 2-1 lower ends
Induce wing flap guiding axis 2-9 flexible connections.Aerofoil profile directional control device servo motor 2-2 drive link 2-3 drive aerofoil profile direction behaviour
Vertical device rotary shaft 2-4 and aerofoil profile directional control device main body 2-5 rotations, aerofoil profile directional control device main body 2-5 pass through Flap rotation axis
2-7 drivings induction wing flap corner driving guide rail 2-8 is slided along induction wing flap guiding axis 2-9, induction wing flap corner driving guide rail
2-8 drives to be rotated with induction wing flap 2-6 affixed Flap rotation axis 2-7, is realized the corner of bigger, is increased aerofoil profile directional control device
Camber generates the moment of turning ship of bigger under identical influent stream speed.It for this purpose, can by control flaps formula aerofoil profile directional control device corner
Realize the efficient handling maneuver of unmanned boat.Fore aerofoil profile directional control device rotary shaft 2-4 is set for hollow shaft, before being arranged on
The aerofoil profile directional control device rotary shaft 2-4 hollow spaces in portion pass through hole 2-10 as pump line.Aerofoil profile directional control device main body 2-5 is
Streamline type profile, when unmanned boat needs line navigation, aerofoil profile directional control device main body 2-5 does not rotate, drag minimization,
Aerofoil profile directional control device main body 2-5, which is equivalent to, at this time is fixed on two low-resistance bluff bodies placed vertically, keeps unmanned boat course
Stability;Aerofoil profile directional control device main body 2-5 reduces the center of gravity of binary unmanned boat, enhances unmanned boat stability and sea-keeping,
Significantly improve survival ability of the unmanned boat in stormy waves.
Electric system 3 include flexible solar film battery assembly 3-1, terminal box 3-2, solar charging controller 3-3,
Lithium battery intelligent manager 3-4 and lithium battery group;Lithium battery group is composed in parallel by multiple lithium battery 3-5;Each flexible solar
Film battery assembly 3-1, which is equipped with terminal box 3-2, multiple flexible solar film battery assembly 3-1 and is connected by terminal box 3-2, to be connected
It connecing, and is connect with solar charging controller 3-3, lithium battery intelligent manager 3-4 is connect with solar charging controller 3-3,
Lithium battery group is connect with lithium battery intelligent manager 3-4;Lithium battery intelligent manager 3-4 and 4 propulsion electric machine 4-3 of propulsion system connects
It connects, is connect with the tube rolling device 5-3, peristaltic pump 5-4, peristaltic pump 5-5 of water quality sampling system 5, with loud speaker 1-2-3, searchlight 1-
2-4, red Bai Lvsan colors navigation lights 1-2-5, alarm 1-2-6 connections output electric energy;Lithium battery intelligent manager 3-4 also with control
6 main control computer 6-1 connections of system, connect with the GNSS signal receiver 6-2-3 of 6 positioning navigation module 6-2 of control system, with
The data transmission radio station 6-3-2 of 6 communication module 6-3 of control system, the 6-3-4 connections of screen transmission radio station, with 6 data of control system
The video camera 6-4-1 of acquisition module 6-4, ultrasonic sensor 6-4-2, three axis strapdown reluctance type Electronic Megnetic Compass 6-4-3, intelligence
Gyroscope 6-4-4,6 controller module of 3-axis acceleration sensor 6-4-5, water depth sensor 6-4-6 connections and control system
Its controller of the propulsion of 6-5 6-5-1, wriggling pump controller 6-5-3, tube rolling device controller 6-5-2, camera control unit 6-5-4,
Lamp dimmer 6-5-5, voice controller 6-5-6 and aerofoil profile directional control device servomotor controller 6-5-7 connections;
Multiple flexible solar film battery assembly 3-1 are laterally pasted onto box connecting bridge structure 1-2 upper surfaces, by connecing
Wire box 3-2 connects to form solar battery group, and intermediate one is pasted onto on arc watertight hatchcover 1-2-11, flexible solar film
Battery component 3-1 does not influence the setting of box connecting bridge structure 1-2 hatch;Preferably, flexible solar film battery assembly 3-1
CIGS (copper indium gallium selenide) hull cell is selected, model MiaSole FLEX-02W (Chinese energy) have light weight, high conversion efficiency
Deng a little;Solar charging controller 3-3 is arranged on inside the 1-2-7 of electrical equipment room, it is preferred that solar charging controller 3-
3 be MPPT solar charging controllers, and output voltage is adjustable and has higher transfer efficiency, in insufficient lights such as rainy days
Weather in can still keep higher transfer efficiency;Lithium battery intelligent manager 3-4 is used for lithium battery 3-5 charging processes
It is managed, is arranged on inside the 1-2-7 of electrical equipment room;Lithium battery 3-5 is arranged on above-mentioned lithium battery cabin 1-1-4 lithium battery bases
On seat 1-1-16, it is preferred that the battery capacity of lithium battery 3-5 is 100Ah, and open-circuit voltage 12V, lithium battery 3-5 are ternary lithium electricity
Pond and built-in protection board have many advantages, such as that output voltage stabilization, reliability are high, service life is long.
Propulsion system 4 includes propeller 4-1, high-strength carbon fiber pipe 4-2, propulsion electric machine 4-3;Propeller 4-1 is set
In the tail end of sheet body 1-1;High-strength carbon fiber pipe 4-2 one end is fixedly connected with the radome fairing of propulsion electric machine 4-3, and the other end is worn
The propeller mounting hole 1-1-7 being located on sheet body 1-1 is crossed to connect with sheet body 1-1;Propeller 4-1 is also connect with propulsion electric machine 4-3;
Propulsion electric machine 4-3 is connect with the propeller control device 6-5-1 of control system 6;Separate unit propulsion electric machine 4-3 rated power is 312W,
Thrust about 142N;The high-strength carbon fiber pipe 3-2 is threaded, its radome fairing with propulsion electric machine 4-3 is fixedly connected
And it screws in and propeller installation is completed in sheet body 1-1 propeller mounting holes 1-1-7;Control system 6 passes through two propeller controls
Device 6-5-1 controls two propulsion electric machine 4-3 stop and start, rotating, acceleration and deceleration etc., generates propeller 4-1 identical or not
With the thrust being respectively acting on two sheet body 1-1, corresponding zero or non-zero Moment under realize unmanned boat direct route
Or it turns to.
Water quality sampling system 5 includes pump line 5-1, pump head 5-2, tube rolling device 5-3, peristaltic pump 5-4, peristaltic pump 5-5, waste water row
Put pipe 5-6;Pump head 5-2 is connected with peristaltic pump 5-4 and peristaltic pump 5-4 with peristaltic pump 5-5 by pump line 5-1, wastewater discharge pipe
Peristaltic pump discharge of wastewater mouth is connect by 5-6 with hull exterior space;Tube rolling device 5-3, peristaltic pump 5-4 are controlled respectively with control system 6
The tube rolling device controller 6-5-2 of device module 6-5 processed, the 6-5-3 connections of wriggling pump controller;Pump line 5-1 is used to convey water sample,
Hull is stretched out by hole 2-10 by the pump line on the aerofoil profile directional control device rotary shaft 2-4 of box connecting bridge structure 1-2 foreparts
Outside, it is preferred that pump line 5-1 is corrosion-resistant silica gel hose, and pump line 5-1 passes through pump line by hole 2-10 from aerofoil profile directional control device master
Body 2-5 lower parts are stretched out and are connect with pump head 5-2;Pump head 5-2 is placed in the one end of pump line 5-1 far from peristaltic pump 5-4, and inside is equipped with water
Deep sensor 6-4-6;Tube rolling device 5-3 is used to control the folding and unfolding of pump line 5-1 that pump head 5-2 is made to reach at the different depth of water;Peristaltic pump
5-4 is responsible for extracting water sample raising power;Wastewater discharge pipe 5-6 is for emptying in pump line 5-1 remaining seawater so as to water quality sampling
System 5 performs sampling task next time;Peristaltic pump 5-5 is placed in the 1-2-4 of sample devices cabin, it is preferred that when unmanned boat is completed
After sampling task, person on shore can open watertight hatch 1-3-8 and replace peristaltic pump 5-5.
As shown in figure 9, control system 6 includes main control computer 6-1, positioning navigation module 6-2, communication module 6-3, data
Acquisition module 6-4 and controller module 6-5.Preferably, main control computer 6-1 is the PCM-9375 veneers based on PC104 buses
Computer.
Positioning navigation module 6-2 includes GNSS antenna 6-2-1, positioning differential antennae 6-2-2, GNSS signal receiver 6-2-
3;GNSS antenna 6-2-1 is arranged on arc-shaped box connecting bridge structure 1-2 rear portions and and GNSS with positioning differential antennae 6-2-2
Signal receiver 6-2-3 connections, the RS-232 serial ports of GNSS signal receiver 6-2-3 access main control computers 6-1.GNSS antenna
6-2-1, positioning differential antennae 6-2-2 are arranged on the rear end of arc-shaped box connecting bridge structure 1-2, GNSS signal receiver 6-
2-3 is arranged in the electrical equipment cabin 2-3 at platform deck 1-2 rear portions.
Communication module 6-3 include data transmission antenna 6-3-1, data transmission radio station 6-3-2, screen transmission antenna 6-3-3,
Screen transmission radio station 6-3-4;Data transmission antenna 6-3-1 is connect with data transmission radio station 6-3-2, data transmission radio station 6-3-2
Access the RS-232 serial ports of main control computer 6-1;Screen transmission antenna 6-3-3 is connect with screen transmission radio station 6-3-4, and screen passes
The platform 6-3-4 that transmits electricity accesses the RS-232 serial ports of main control computer 6-1.Data transmission antenna 6-3-1 is responsible for control and detectable signal
Remote transmission, data transmission antenna 6-3-1 are arranged on the rear end of arc-shaped box connecting bridge structure 1-2, data transmission electricity
Platform 6-3-2 is arranged in the electrical equipment cabin 2-3 at platform deck 1-2 rear portions;Screen transmission antenna 6-3-3 is responsible for video image and regards
Frequency is according to remote transmission, and screen transmission setting antenna is in the rear end of arc-shaped box connecting bridge structure 1-2, screen transmission electricity
Platform 6-3-4 is arranged on the electrical equipment cabin 2-3 at platform deck 1-2 rear portions.
Data acquisition module 6-4 includes video camera 6-4-1, ultrasonic sensor 6-4-2, three axis strapdown reluctance type electronics magnetic
Compass 6-4-3, intelligent gyroscope 6-4-4,3-axis acceleration sensor 6-4-5, water depth sensor 6-4-6;Video camera 6-4-1,
Tri- axis strapdown reluctance type Electronic Megnetic Compass 6-4-3 of ultrasonic sensor 6-4-2, intelligent gyroscope 6-4-4,3-axis acceleration sensing
Device 6-4-5, water depth sensor 6-4-6 are respectively connected to the RS-232 serial ports of main control computer 6-1;Video camera 6-4-1 can 360 degree of rings
Real-time image information depending on capturing unmanned boat surrounding enviroment;Three axis strapdown reluctance type Electronic Megnetic Compass 6-4-3 are used to measure nobody
Ship course, intelligent gyroscope 6-4-4 are used to measure the postures such as hull rolling (Roll), pitching (Pitch) and yawing (Yaw),
3-axis acceleration sensor 6-4-5 is used to measure unmanned boat steric acceleration (solid space, around, up and down), the depth of water
Sensor 6-4-6 is mounted on pump head 5-2, for measuring pump head 5-2 current depths.
Controller module 6-5 includes propeller control device 6-5-1, tube rolling device controller 6-5-2, wriggling pump controller 6-5-
3rd, camera control unit 6-5-4, lamp dimmer 6-5-5, voice controller 6-5-6 and aerofoil profile directional control device servo motor control
Device 6-5-7 processed;Promote its controller 6-5-1, tube rolling device controller 6-5-2, wriggling pump controller 6-5-3, camera control unit
6-5-4, lamp dimmer 6-5-5, voice controller 6-5-6 are tapped into the RS-232 serial ports of main control computer 6-1;In addition, it pushes away
It also connect with propulsion electric machine 4-3 into device controller 6-5-1, stops for performing main control computer 6-1 instruction controls propulsion electric machine 4-3
Only with startup, rotating etc., it is preferably provided at platform deck 1-2 rear portions;Tube rolling device controller 6-5-2 also connects with tube rolling device 5-3
It connects, controls tube rolling device 5-3 corners, realize the folding and unfolding of pump line 5-1;Wriggling pump controller 6-5-3 is also connect with peristaltic pump 5-4, control
Peristaltic pump 5-4 pump drainage water processed;Camera control unit 6-5-4 is also connect with video camera 6-4-1, for video camera 6-4-1 to be controlled to turn
It is dynamic;Aerofoil profile directional control device servomotor controller 6-5-7 is also connect with aerofoil profile directional control device servo motor 2-2, for controlling
Aerofoil profile directional control device servo motor 2-2 rotations processed.
Preferably, sheet body 1-1, connecting bridge structure 2 are made of 5086 aluminium alloys, and 5086 aluminium alloy qualities are light, have good
Corrosion resistance and weldability, and its intensity meets unmanned boat Structural strength calls.
The specific working mode of the utility model is as follows:
(1) the arc-shaped box connecting bridge structure long-distance remote control seawater sampling solar energy of the small swing radius of the utility model
Flexible solar film battery assembly 3-1 at the top of binary unmanned boat converts light energy into electric energy and simultaneously will under sunlight
To solar charging controller 3-3, solar charging controller 3-3 is depressured above-mentioned electric energy and is conveyed to lithium electrical energy transportation
Battery intelligent management device 3-4 so give whole system power supply;The speed of a ship or plane that bank base control station is sent out is instructed by data transmission antenna 6-
3-1 is captured and is fed back to main control computer 6-1, and main control computer 6-1 sends out control instruction to propeller control device 6-5-1;It pushes away
Voltage corresponding with the speed of a ship or plane is given into device controller 6-5-1 to propulsion electric machine 4-3, so as to rotate propulsion electric machine 4-3 and drive
Propeller rotational, propeller generate forward thrust and promote unmanned boat accelerated motion forward;Similar, when bank base control station is sent out
During steering order, propeller control device 6-5-1 gives the different voltage of size or direction to two propulsion electric machine 4-3 respectively, from
And two propeller 4-1 is made to generate different thrust and torque is formed on hull;Meanwhile main control computer 6-1 is to aerofoil profile direction
Executor servomotor controller 6-5-7 send out course changing control instruction, aerofoil profile directional control device servomotor controller 6-5-7 to
Aerofoil profile directional control device servo motor 2-2 gives corresponding voltage, and aerofoil profile directional control device servo motor 2-2 rotates certain angle
It spends and passes through connecting rod 2-3 driving aerofoil profile directional control device main body 2-5 rotations, induction wing flap corner drives guide rail 2-8 along induction
Wing flap guiding axis 2-9 is slided, and is sent out together with induction wing flap 2-6 around Flap rotation axis 2-7 and aerofoil profile directional control device main body 2-5
Raw to relatively rotate, so as to which wing flap 2-6 be induced to realize the corner of bigger, 2 camber of increase aerofoil profile directional control device generates turning for bigger
Ship torque, thus by controlling two propulsion electric machine 4-3 input voltages differences and 2 corner of rudder formula aerofoil profile directional control device that can realize
The efficient handling maneuver of unmanned boat.
(2) at the same time:Positioning navigation module 6-2 is by information such as the unmanned ship position of acquisition, course, acceleration and takes the photograph
The image frame of camera 6-4-1 captures feeds back to main control computer 6-1 and is passed respectively by data transmission antenna 6-3-1 and screen
Defeated antenna 6-3-3 passes bank base control station back;Lithium battery intelligent manager 3-4 identifies lithium battery group remaining capacity, works as lithium battery group
When electricity is less than a certain value, battery pack is implemented to charge, the dump energy that solar battery group generates is stored in and works as lithium battery
In group;When lithium battery group electricity reaches another higher value, lithium battery intelligent manager 3-4 cut-out charging circuits, charging stops;
When the electric energy that solar battery group generates is not enough to maintain unmanned boat normal work, the electric energy of lithium battery group release storage is protected
Demonstrate,prove the supply of unmanned boat electric energy.
(3) further, the arc-shaped box connecting bridge structure long-distance remote control seawater of the small swing radius of the utility model
Sampling solar energy binary unmanned boat reaches specified sampling position under the real time monitoring of bank base operator, and bank base control station is sent out
Sampling instruction;Tube rolling device 5-3 driving tube rolling device 5-3 release pump head 5-2 under main control computer 6-1 controls, pump head 5-2 is in gravity
The lower dragging pump line 5-1 of effect sinks rapidly;At the same time, the water depth sensor 6-4-6 capture Water Depth Informations and anti-on pump head 5-2
Feed main control computer 6-1, and Water Depth Information is sent to bank base control by main control computer 6-1 by data transmission antenna 6-3-1 biographies
System station, bank base controllers assign sampling and confirm instruction after confirming that the depth of water is errorless;Peristaltic pump 5-4 is main control computer 6-1's
Control is lower to be started, and seawater sample is extracted to sampling box 5-5, single sampled point sampling process is completed;Repeatedly, sampling sea is completed
All sampled point sampling operations in domain, unmanned boat make a return voyage;Person on shore opens sampling chamber 1-2-8 arc watertight hatchcover 1-2-11,
Sampling box 5-5 is taken out, and places new sampling box 5-5;Unmanned boat, which continues to sail, performs new sampling task.
(4) the arc-shaped box connecting bridge structure long-distance remote control seawater sampling solar energy of the small swing radius of the utility model
Binary unmanned boat has certain AUTONOMOUS TASK ability.Similarly, under AUTONOMOUS TASK pattern, the above process is referred to by pre-set programs
Enable autonomous complete.
(5) further, under the effect of the external force such as wind and wave, the arc-shaped box connection of small swing radius of the utility model
Wide-angle heel, since center of gravity is relatively low, centre of buoyancy occur for bridge structure long-distance remote control seawater sampling solar energy binary unmanned boat hull
Higher, the coupling of gravity and buoyancy generates larger restoring moment, and alist is gradually attributed to zero;Under limiting condition, two
Each equal damage and water inflow in watertight cabin of an a or sheet body, buoyancy significantly lose, and into the seawater inside sheet body sheet body are sunk
Not yet, closed box connecting bridge structure, which immerses in seawater and generates upward obstruction damaged ship hulls, continues the buoyancy to sink, this reality
With the novel solar energy binary unmanned boat for long-distance remote control seawater sampling keep floating state and it is unlikely sink to seabed, subtract
Property loss is lacked.
It is emphasized that on the basis of the utility model, any change or replacement expected without creative work,
It should be covered within the scope of the utility model.The scope of protection of the utility model should be limited with claims
Protection domain subject to.
Claims (10)
1. the solar energy binary unmanned boat of a kind of long-distance remote control seawater sampling, it is characterised in that including hull main body, aerofoil profile side
To executor, electric system, propulsion system, water quality sampling system and control system;Wherein, hull main body includes two pieces
Body, arc-shaped box connecting bridge structure, two sheet bodies connect to form catamaran knot by arc-shaped box connecting bridge structure
Structure;Arc-shaped box connecting bridge structure upper surface is provided with flexible solar film battery assembly, speech ciphering equipment, light and sets
Standby, picture pick-up device, alarm equipment, communication and navigation equipment and avoidance equipment;
The aerofoil profile directional control device is at least one set of, and each group of aerofoil profile directional control device includes pillar, aerofoil profile directional control device is watched
Take motor, connecting rod, aerofoil profile directional control device rotary shaft, aerofoil profile directional control device main body, induction wing flap, Flap rotation axis, induction
Wing flap corner drives guide rail and induction wing flap guiding axis;Aerofoil profile directional control device main body and induction wing flap are streamline type profile;
Pillar is upper surface and the tangent umbrella plane frame structure in box connecting bridge structure lower surface, pillar upper surface and box connection
Bridge structure lower surface connects, and the lower end of pillar is socketed in aerofoil profile directional control device rotary shaft;Aerofoil profile directional control device rotary shaft
Upper end connect by connecting rod with aerofoil profile directional control device servo motor, the lower end of aerofoil profile directional control device rotary shaft passes through box
Connecting bridge structure base slab and pillar, it is affixed with aerofoil profile directional control device main body;Induction wing flap is connected to the wing by Flap rotation axis
Type directional control device body rear induces wing flap and Flap rotation axis affixed, and Flap rotation axis is mounted on aerofoil profile directional control device
Body rear, and aerofoil profile directional control device main body is stretched out, the stretching of induction wing flap corner driving guide rail one end and Flap rotation axis
Hold affixed, the other end is flexibly connected with being fixed on the induction wing flap guiding axis of lower rod end;
The electric system includes flexible solar film battery assembly, terminal box, solar charging controller, lithium battery intelligent
Manager and lithium battery group;Lithium battery group is composed in parallel by multiple lithium batteries;Each flexible solar film battery assembly is equipped with
Terminal box, multiple flexible solar film battery assemblies are connected in series with, and connect with solar charging controller by terminal box,
Lithium battery intelligent manager is connect with solar charging controller, and lithium battery group is connect with lithium battery intelligent manager;
The propulsion system includes propeller, high-strength carbon fiber pipe, propulsion electric machine;Propeller is arranged on the tail end of sheet body;
High-strength carbon fiber pipe one end is connect with propulsion electric machine, and the propeller mounting hole that the other end is passed through on sheet body connects with sheet body
It connects;Propeller is also connect with propulsion electric machine;
The water quality sampling system includes pump line, pump head, tube rolling device, peristaltic pump, peristaltic pump, wastewater discharge pipe;Pump head and wriggling
Pump and peristaltic pump are connected with peristaltic pump by pump line, and wastewater discharge pipe connects peristaltic pump discharge of wastewater mouth and hull exterior space
It connects;Tube rolling device, peristaltic pump are connect respectively with the tube rolling device controller of control system controller module, wriggling pump controller;
The control system includes main control computer, positioning navigation module, communication module, data acquisition module and controller mould
Block, positioning navigation module, communication module, data acquisition module and controller module are connect respectively with main control computer.
2. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Aerofoil profile directional control device has two groups, the front and rear being separately positioned on binary unmanned boat central fore-and-aft vertical plane;The pillar exists
With and box connecting bridge structure lower surface connect except extending laterally to support construction;The aerofoil profile directional control device main body and induction
Wing flap is cavity structure.
3. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Two pieces set gradually from stern transom plate in vivo propeller cofferdam, propeller control cabin, several lithium battery cabins, bow point
Cabin;The sheet body is proclined stem, rectangular ship stern, the interior slack bulge type watertight cavity slender bodies structure for setting multiple compartments.
4. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
The high 70mm of spread baseline at horizontal internal floor is set, set at 44.5mm on inner bottom plating longitudinal centre line, in front of the stern transom plate
Put the propeller mounting hole of diameter 29mm;Sheet body topside inner wall is away from the horizontal reinforcing frame of setting, horizontal reinforcing frame at the high 200mm of baseline
It is welded on topside inner wall;Horizontal reinforcing frame is widened to form lithium battery bracing structure at lithium battery cabin;Level is strengthened
On frame longitudinal centre line, in front of the stern transom plate at 44.5mm a diameter of 29mm of setting propeller mounting hole;It is set between each cabin
Transverse bulkhead, transverse bulkhead lower part watertight are put, top sets the cable of a diameter of 40mm, and cable sets sealing dress by hole by hole
It puts;Cable is located at more than Water Plane by hole lower edge;Transverse bulkhead top is arc-shaped, is connect by welding with adjacent structure;Piece
The arc sealing cover support plate concentric with transverse bulkhead top circular arc, arc sealing cover support plate lower surface and horizontal cabin are set at the top of body
Wall top is tangent, and at propeller cofferdam, propeller control cabin and each lithium battery cabin evolution shape hatch in order to piece
Body internal unit installation and maintenance, above-mentioned support plate are welded on sheet body topside inner wall;Setting is close with above-mentioned arc at the top of sheet body
The concentric arc sealing cover of support plate is covered, lower surface and above-mentioned arc sealing cover support plate upper surface are tangent, top edge
It is overlapped with sheet body top edge;Lithium battery cabin inner bottom plating longitudinal centre line nearby sets lithium battery pedestal;The sealing cover support
Plate, arc sealing cover arrange two groups of threaded holes corresponding with support construction bottom.
5. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Arc-shaped box connecting bridge structure both sides be mounted between two sheet bodies by a pair of of support construction and sheet body connection respectively;
Support construction cross section is the class triangle being bent towards unmanned boat central fore-and-aft vertical plane, and support construction bottom is threaded hole;It is described box
Connecting bridge structure upper surface arc length is equal to flexible solar film battery assembly length.
6. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Arc-shaped box connecting bridge structure box house along captain direction set gradually electrical equipment room, sampling chamber, sampling set
Standby room;Arch beam is set between electrical equipment room and sampling chamber and sampling chamber and sample devices room, crossbeam lower edge away from
Connecting bridge structure babinet bottom plate heights are not less than 240mm;Setting arc watertight hatchcover, arc watertight compartment above chamber is sampled to cover
Surface is overlapped with arc-shaped box connecting bridge structure upper surface, arc watertight hatchcover size and one piece flexible solar energy film group
Part size is consistent;Arc watertight hatchcover sets Simple handle.
7. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Main control computer be the PCM-9375 single board computers based on PC104 buses;
The positioning navigation module includes GNSS antenna, positioning differential antennae and GNSS signal receiver;GNSS antenna is with determining
Potential difference divided antenna is arranged on arc-shaped box connecting bridge structure rear portion and is connect with GNSS signal receiver, and GNSS signal receives
Machine accesses the RS-232 serial ports of main control computer;
The communication module includes data transmission antenna, data transmission radio station, screen transmission antenna and screen transmission radio station;Number
It is connect according to transmission antenna with data transmission radio station, the RS-232 serial ports of main control computer is accessed in data transmission radio station;Screen is transmitted
Antenna is connect with screen transmission radio station, and screen transmission radio station accesses the RS-232 serial ports of main control computer;Data transmission antenna is set
It puts in the rear end of arc-shaped box connecting bridge structure, data transmission radio station is arranged on the electrical equipment cabin at platform deck rear portion
It is interior;For screen transmission setting antenna in the rear end of arc-shaped box connecting bridge structure, screen transmission radio station is arranged on platform deck
The electrical equipment cabin at rear portion;
The data acquisition module includes video camera, ultrasonic sensor, three axis strapdown reluctance type Electronic Megnetic Compass, intelligent top
Spiral shell instrument, 3-axis acceleration sensor and water depth sensor;Video camera, three axis strapdown reluctance type electronics magnetic sieve of ultrasonic sensor
Disk, intelligent gyroscope, 3-axis acceleration sensor, water depth sensor are respectively connected to the RS-232 serial ports of main control computer;
The controller module include propeller control device, tube rolling device controller, wriggling pump controller, camera control unit,
Lamp dimmer, voice controller and aerofoil profile directional control device servomotor controller;Promote its controller, tube rolling device control
Device, wriggling pump controller, camera control unit, lamp dimmer, voice controller are tapped into the RS-232 strings of main control computer
Mouthful;In addition, propeller control device is also connect with propulsion electric machine, it is arranged on platform deck rear portion;Tube rolling device controller also with pipe crimping
Device connects;Wriggling pump controller is also connect with peristaltic pump;Camera control unit is also connect with video camera;Aerofoil profile directional control device is watched
Electric machine controller is taken also to connect with aerofoil profile directional control device servo motor.
8. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Speech ciphering equipment include loud speaker, the voice controller of loud speaker and control system connects;Light units include searchlight and red
Bai Lvsan color navigation lights, searchlight and red Bai Lvsan colors navigation lights are connect respectively with the lamp dimmer of control system;Camera shooting is set
It is standby to include video camera, RS-232 serial ports and the camera control unit connection of video camera and main control computer;Alarm equipment includes police
Report device, the voice controller connection of alarm and control system;Communication and navigation equipment include GNSS antenna, positioning differential antennae,
Data transmission antenna and screen transmission antenna;Avoidance equipment includes ultrasonic sensor, ultrasonic sensor and main control computer
RS-232 serial ports connection;Loud speaker and red Bai Lvsan colors navigation lights are arranged on arc-shaped box connecting bridge structure forepart;It visits
Illuminator and red Bai Lvsan colors navigation lights are arranged on arc-shaped box connecting bridge structure forepart;Video camera setting is in arc-shaped case
Formula connecting bridge structure front end;Alarm is arranged on arc-shaped box connecting bridge structure tail portions;GNSS antenna, positioning difference day
Line, data transmission antenna and screen transmission antenna are arranged on arc-shaped box connecting bridge structure tail portions;Ultrasonic sensor is set
It puts in arc-shaped box connecting bridge structure front end.
9. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that described
Sheet body, connecting bridge structure and aerofoil profile directional control device be made of 5086 aluminium alloys.
10. the solar energy binary unmanned boat of long-distance remote control seawater sampling according to claim 1, which is characterized in that institute
The lithium battery intelligent manager stated and the propulsion electric machine of propulsion system connect, tube rolling device, peristaltic pump with water quality sampling system, compacted
Dynamic pump connection, output electric energy is connect with loud speaker, searchlight, red Bai Lvsan colors navigation lights, alarm;Lithium battery intelligent manager
It also connect, is connect with the GNSS signal receiver of control system positioning navigation module, with control with control system main control computer
The data transmission radio station of system communication module, the connection of screen transmission radio station, it is video camera with control system data acquisition module, super
Sonic sensor, three axis strapdown reluctance type Electronic Megnetic Compass, intelligent gyroscope, 3-axis acceleration sensor, water depth sensor connect
It connects and the propulsion of control system controller module its controller, wriggling pump controller, tube rolling device controller, camera control
Device, lamp dimmer, voice controller and the connection of aerofoil profile directional control device servomotor controller;
Multiple flexible solar film battery assemblies are laterally pasted onto box connecting bridge structure upper surface wiring cassette in series
Solar battery group is formed, intermediate one is pasted onto arc watertight compartment and covers;Flexible solar film battery assembly selects CIGS
Hull cell;Solar charging controller is MPPT solar charging controllers, is arranged on electrical equipment chamber interior;Lithium battery intelligence
Energy manager is arranged on electrical equipment chamber interior;Lithium battery is arranged on the lithium battery pedestal of lithium battery cabin.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721515053.2U CN207510644U (en) | 2017-11-14 | 2017-11-14 | A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721515053.2U CN207510644U (en) | 2017-11-14 | 2017-11-14 | A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling |
Publications (1)
Publication Number | Publication Date |
---|---|
CN207510644U true CN207510644U (en) | 2018-06-19 |
Family
ID=62537311
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201721515053.2U Expired - Fee Related CN207510644U (en) | 2017-11-14 | 2017-11-14 | A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN207510644U (en) |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107878670A (en) * | 2017-11-14 | 2018-04-06 | 华南理工大学 | The remote seawater sampling solar energy binary unmanned boat of the box connecting bridge of small swing radius |
CN109407596A (en) * | 2018-12-25 | 2019-03-01 | 浙江海洋大学 | A kind of unmanned water quality monitoring ship |
CN113715978A (en) * | 2021-09-17 | 2021-11-30 | 苏州新航道船舶科技有限公司 | Small-size superstable robot on water |
CN114852301A (en) * | 2022-04-01 | 2022-08-05 | 哈尔滨工程大学 | Auxiliary propulsion device for flap of wave glider |
-
2017
- 2017-11-14 CN CN201721515053.2U patent/CN207510644U/en not_active Expired - Fee Related
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107878670A (en) * | 2017-11-14 | 2018-04-06 | 华南理工大学 | The remote seawater sampling solar energy binary unmanned boat of the box connecting bridge of small swing radius |
CN107878670B (en) * | 2017-11-14 | 2023-09-26 | 华南理工大学 | Solar energy double-body unmanned ship for remote seawater sampling of small-radius box-type connecting bridge |
CN109407596A (en) * | 2018-12-25 | 2019-03-01 | 浙江海洋大学 | A kind of unmanned water quality monitoring ship |
CN113715978A (en) * | 2021-09-17 | 2021-11-30 | 苏州新航道船舶科技有限公司 | Small-size superstable robot on water |
CN113715978B (en) * | 2021-09-17 | 2023-02-17 | 苏州新航道船舶科技有限公司 | Small-size superstable robot on water |
CN114852301A (en) * | 2022-04-01 | 2022-08-05 | 哈尔滨工程大学 | Auxiliary propulsion device for flap of wave glider |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN207510668U (en) | A kind of solar energy unmanned boat of closed hull space long-distance remote control seawater sampling | |
CN207510667U (en) | Arc-shaped box connecting bridge long-distance remote control seawater sampling solar energy binary unmanned boat | |
CN107878670A (en) | The remote seawater sampling solar energy binary unmanned boat of the box connecting bridge of small swing radius | |
CN207510644U (en) | A kind of solar energy binary unmanned boat of long-distance remote control seawater sampling | |
CN110481777B (en) | Water-air amphibious unmanned rescue platform | |
CN206087176U (en) | Small -size sextuple degree motion underwater robot | |
CN208007217U (en) | A kind of three body unmanned boat of solar energy of long-distance remote control seawater sampling | |
CN105905251A (en) | Stealth single-hull small waterline area hydrofoil unmanned ship and sailing method | |
CN101734357B (en) | Small waterplane area catamaran type ocean monitoring buoy platform | |
CN203593143U (en) | Wind-solar complementary type unmanned ocean monitoring boat | |
CN108016573B (en) | Remote control seawater sampling solar unmanned ship with steerable wing-shaped stable side body | |
CN208855818U (en) | A kind of long continuation of the journey seawater sampling wave energy solar energy binary unmanned boat of self-righting | |
CN113386914A (en) | Unmanned multifunctional water surface garbage cleaning ship based on image recognition | |
CN209280363U (en) | A kind of solar energy combines driving seawater sampling unmanned boat with wave energy | |
CN105644752A (en) | Novel wind-solar complementary power supply type unmanned sailing ship and control method thereof | |
CN205738030U (en) | A kind of unmanned sailing boat of novel wind-solar complementary energy supply and control method thereof | |
CN108945366A (en) | It is a kind of support sail promote navigate by water device | |
CN107215429B (en) | A kind of nobody half submarine of novel small-waterplane-area monomer | |
CN109606577A (en) | A kind of marine environmental monitoring green energy resource small-waterplane-area binary unmanned boat | |
CN109178217A (en) | A kind of maritime search and rescue tracking buoy based on Beidou communication | |
CN108556578A (en) | A kind of amphibious DCB Specimen unmanned vehicles of air-sea | |
CN109501984B (en) | Foldable wing sail and underwater unmanned platform | |
CN106956751A (en) | The flying wing type sea aerodone system and implementation of powered by wave energy | |
CN109323887A (en) | A kind of multi-level propulsion space and time continuous seawater parameter sampling monitoring unmanned boat | |
CN205396543U (en) | Four amphibious rotors navigation ware |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
GR01 | Patent grant | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180619 Termination date: 20181114 |
|
CF01 | Termination of patent right due to non-payment of annual fee |