CN203430694U - Ocean and deep sea energy collection and electricity generation device - Google Patents

Ocean and deep sea energy collection and electricity generation device Download PDF

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Publication number
CN203430694U
CN203430694U CN201320307660.5U CN201320307660U CN203430694U CN 203430694 U CN203430694 U CN 203430694U CN 201320307660 U CN201320307660 U CN 201320307660U CN 203430694 U CN203430694 U CN 203430694U
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impeller
group
shaft
axle
transmission shaft
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CN201320307660.5U
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Chinese (zh)
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闫传桂
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/30—Energy from the sea, e.g. using wave energy or salinity gradient

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Abstract

The utility model discloses an ocean and deep sea energy collection and electricity generation device. The upper end of a frame is sequentially provided with seven groups of transmission shafts, the transmission shafts are arranged on an impeller support at the upper end of the frame in parallel in a bilateral symmetry mode from front to back, the middle portion of the frame is provided with a main power driving shaft, the rear end of the frame is provided with a rear power driving shaft, and the back side of the main power driving shaft is provided with a generator. According to the utility model, an electricity generation device is arranged on the sea surface, seven groups of buoyancy tanks are respectively fixed on the frame in a welded mode through connecting plates, and an impact impeller and the buoyancy tanks are ingeniously arranged on the frame, the weight distribution of the frame can be balanced and the stability performance of the device is improved, and moreover, the impact of waves can be flexibly and effectively absorbed and utilized, and the impeller is driven to rotate to do work.

Description

Deep-sea, ocean energy collecting electricity generating device
Technical field
The utility model relates to a kind of power generating equipment, definite says a kind of deep-sea energy collecting electricity generating device.
Background technique
China has wide ocean, utilizing seawave power generation is the Important Action of conquering nature and using natural resources exploitation energy construction, Chinese patent 201010512305.2 discloses a kind of marine energy collecting electricity generating device, this device is built on the bank of ocean, can only monolaterally accept the impact of wave, sea wave power utilization ratio is low, and function is little, generating DeGrain.
Summary of the invention
The purpose of this utility model is to overcome above-mentioned defect, and a kind of deep-sea energy collecting electricity generating device is provided, and this device is across the sea floating, be not subject to the impact of tiding, can adjust voluntarily with the wind direction, make all the time to generate electricity receiving device towards wave, absorb sufficient wave function, ensure good generating effect.This device is provided with the triangle buoyancy tank of adjusting buoyancy, runs into stormy weather and can sink under the water and hide, and storm emerges again continue generating later.
Scheme of the present utility model is by framework, buoyancy tank, impact impeller, transmission shaft, active force transmission shaft, rear power transmission shaft and generator form, described framework is welded by steel pipe sealing, the inner side of framework is provided with vertical, crossbeam, beam and framework composition are welded into the floating drum frame of a sealing in length and breadth, the upper end of framework is provided with 7 groups of transmission shafts successively, transmission shaft by forward direction after, symmetrical being set up in parallel successively on the impeller support of framework upper end, the middle part of framework is provided with active force live axle, the rear end of framework is provided with rear Power Available Shaft, the rear side of active force live axle is provided with generator, transmission one axle is arranged on the longeron of front end of framework, the middle part of transmission one axle is provided with two one group of left and right and impacts impeller, one group of front end that impacts impeller is respectively equipped with two the one group of buoyancy tanks in left and right, one group of left and right is impacted on transmission one axle in the middle of impeller an axle drive sprocket is housed, the active force live axle of one axle drive sprocket rear side is provided with a shaft drive sprocket wheel, the rear end of transmission one axle is provided with transmission two axles, the two ends, left and right of transmission two axles are respectively equipped with two two groups of left and right and impact impeller, two groups of front ends that impact impeller are provided with two groups of buoyancy tanks, two groups of inboards of impacting impeller are provided with left and right two axle drive sprockets, the active force live axle of two axle drive sprocket rear sides is provided with two the two shaft drive sprocket wheels in left and right, the rear end of transmission two axles is provided with transmission three axles, the two ends, left and right of transmission three axles are respectively equipped with two three groups of left and right and impact impeller, three groups of front ends that impact impeller are provided with three groups of buoyancy tanks, three groups of inboards of impacting impeller are provided with two three axle drive sprockets, the active force live axle of three axle drive sprocket rear sides is provided with two the three shaft drive sprocket wheels in left and right, the rear end of transmission three axles is respectively equipped with two transmission four axles in left and right, the two ends, left and right of transmission four axles are equipped with two four groups and are impacted impeller, four groups of front sides of impacting impeller are provided with four groups of buoyancy tanks, four groups of inboards of impacting impeller are provided with two four axle drive sprockets, the active force live axle of four axle drive sprocket rear sides is provided with two the four shaft drive sprocket wheels in left and right, the rear end of transmission four axles is respectively equipped with two transmission five axles in left and right, two five groups of left and right are housed on transmission five axles and impact impeller, five groups of front sides of impacting impeller are provided with five groups of buoyancy tanks, five groups of inboards of impacting impeller are provided with two the five axle drive sprockets in left and right, the rear Power Available Shaft of five axle drive sprocket rear sides is provided with two the five shaft drive sprocket wheels in left and right, the rear end of transmission five axles is respectively equipped with two transmission six axles in left and right, two six groups of left and right are housed in six groups of transmissions and impact impellers, six groups of front sides of impacting impeller are provided with six groups of buoyancy tanks, six groups of inboards of impacting impeller are provided with two the six axle drive sprockets in left and right, the rear Power Available Shaft of six axle drive sprocket rear sides is provided with two the six shaft drive sprocket wheels in left and right, the rear end of transmission six axles is respectively equipped with two transmission seven axles in left and right, two seven groups of left and right are housed on transmission seven axles and impact impeller, seven groups of front sides of impacting impeller are provided with seven groups of buoyancy tanks, seven groups of inboards of impacting impeller are provided with two the seven axle drive sprockets in left and right, the rear Power Available Shaft of seven axle drive sprocket rear sides is provided with two the seven shaft drive sprocket wheels in left and right, the left end of rear Power Available Shaft is equipped with rear power driven sprockets, the active force live axle of rear power driven sprockets front end is provided with rear line shaft drive sprocket, the middle part of active force live axle is provided with active force driving sprocket wheel, the left end axis of generator is provided with generator sprocket wheel, on active force driving sprocket wheel, chain drive-belt is housed, the rear end of chain drive-belt is arranged on the sprocket wheel of generator.The drive sprocket of seven described transmission shafts is connected on seven drive sprockets by chain respectively, and seven described drive sprockets are all made as the ratchet wheel with non-return tooth function, and the front end of framework is provided with rolling wheel frame, and rolling wheel frame is provided with anchor chain.Described sprocket wheel, chain and each class bearing, axle sleeve are provided with exclusion seal cover, turbid to prevent soaking of seawater.
The utility model by electricity generating device setting across the sea, seven groups of buoyancy tanks are weldingly fixed on framework with connecting plate respectively, steel framework and buoyancy tank not only will carry whole weight, also to there is the sudden and violent intensity of opposing force 12 wind, impact impeller and buoyancy tank cleverly layout, on framework, not only make its weight distribution balanced, increase the stability of device, and can also absorb flexibly and effectively and utilize the impact function of wave, promote vane rotary and do manual work.
Below in conjunction with accompanying drawing, be described in further detail.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation;
Fig. 2 is buoyancy tank and impacts impeller side TV structure schematic diagram;
Fig. 3 is for impacting impeller gear transmission plan structure schematic diagram;
Fig. 4 is for impacting impeller gear transmission side view;
Fig. 5 is electricity generating device side-looking structural representation;
Fig. 6 is framework and air conduit, carbon dioxide conduit scheme of installation.
Embodiment
Framework 3 shown in Fig. 1 is welded by steel pipe sealing, the inner side of framework is provided with beam in length and breadth, beam and framework composition are welded into the floating drum frame of a sealing in length and breadth, the upper end of framework is provided with 7 groups of transmission shafts successively, the middle part of framework is provided with active force live axle 34, the rear end of framework is provided with rear Power Available Shaft 35, the rear end of active force live axle is provided with generator 29, transmission one axle 10 is arranged on the longeron of frame front end, the middle part of transmission one axle is provided with two one group of left and right and impacts impeller 11, the front end that impeller is impacted in left and right is respectively equipped with two the one group of buoyancy tanks 12 in left and right, one group of left and right is impacted on transmission one axle in the middle of impeller an axle drive sprocket 13 is housed, the active force live axle of one axle drive sprocket rear side is provided with a shaft drive sprocket wheel 33, the rear end of transmission one axle is provided with transmission two axles 14, the two ends, left and right of transmission two axles are respectively equipped with two two groups of left and right and impact impeller 9, two groups of front ends that impact impeller are provided with two groups of buoyancy tanks, two groups of inboards of impacting impeller are provided with two two axle drive sprockets 15, the active force live axle of two axle drive sprocket rear sides is provided with two the two shaft drive sprocket wheels 31 in left and right, the rear end of transmission two axles is provided with transmission three axles 16, the left and right sides of transmission three axles is respectively equipped with two three groups of left and right and impacts impeller 17, three groups of front ends that impact impeller are provided with three groups of buoyancy tanks, three groups of inboards of impacting impeller are provided with two three axle drive sprockets 8, the active force live axle of three axle drive sprocket rear sides is provided with two the three shaft drive sprocket wheels 30 in left and right, the rear end of transmission three axles is respectively equipped with two transmission four axles 18 in left and right, the two ends, left and right of transmission four axles are equipped with two four groups and are impacted impeller 19, four groups of front sides of impacting impeller are provided with four groups of buoyancy tanks, four groups of inboards of impacting impeller are provided with two four axle drive sprockets 6, the active force live axle of four axle drive sprocket rear sides is provided with two the four shaft drive sprocket wheels 28 in left and right, the rear end of transmission four axles is respectively equipped with two transmission five axles 20 in left and right, two five groups of left and right are housed on transmission five axles and impact impeller 21, five groups of front sides of impacting impeller are provided with five groups of buoyancy tanks, five groups of inboards of impacting impeller are provided with two the five axle drive sprockets 5 in left and right, the rear Power Available Shaft of five axle drive sprocket rear sides is provided with two the five shaft drive sprocket wheels 27 in left and right, the rear end of transmission five axles is respectively equipped with two transmission six axles 22 in left and right, two six groups of left and right are housed on transmission six axles and impact impeller 23, six groups of front sides of impacting impeller are provided with six groups of buoyancy tanks, six groups of inboards of impacting impeller are provided with two the six axle drive sprockets 4 in left and right, the rear Power Available Shaft of six axle drive sprocket rear sides is provided with two the six shaft drive sprocket wheels 26 in left and right, the rear end of transmission six axles is respectively equipped with two transmission seven axles 24 in left and right, two seven groups of left and right are housed on transmission seven axles and impact impeller 25, seven groups of front sides of impacting impeller are provided with seven groups of buoyancy tanks, seven groups of inboards of impacting impeller are provided with two the seven axle drive sprockets 2 in left and right, the rear Power Available Shaft of seven axle drive sprocket rear sides is provided with two the seven shaft drive sprocket wheels 1 in left and right, the left end of rear Power Available Shaft is equipped with rear power driven sprockets 36, the active force live axle of rear power driven sprockets front end is provided with rear line shaft drive sprocket 39, the middle part of active force live axle is provided with active force driving sprocket wheel 32, the left end axis of generator is provided with generator sprocket wheel 38, on active force driving sprocket wheel, chain drive-belt is housed, the rear end of chain drive-belt is arranged on the sprocket wheel of generator, the front end of framework is provided with rolling wheel frame 7, on rolling wheel frame, volume has anchor chain, the left side of generator is provided with carbon dioxide cylinder 37.
Fig. 2, shown in 3 one group impacts impeller 11 and is arranged on transmission one axle by bearing, transmission one axle 10 is made as eccentric shaft, the spacing of eccentric shaft and impact impeller lower end is greater than the spacing of upper end, ratchet 47 is housed on eccentric shaft, impact in impeller sea beat plate 46 is housed No. 1, No. 2 sea beat plates 49, No. 3 sea beat plates 50, No. 4 sea beat plates 51, No. 5 sea beat plates 52, sea beat plate is arranged on and is impacted in impeller by striking plate axle, the impeller plate edge of sea beat front edge of board is provided with brake keyway 48, the front upper end of sea beat plate is provided with brake controlling rod 40, the front bottom of brake controlling rod is provided with floating 53, the rear end of brake controlling rod is provided with brake connecting rod 54, the front end of brake connecting rod is provided with chute 42, the rear end of brake controlling rod is provided with sliding pin 43, sliding pin is arranged in chute, the rear end of controlling rod is provided with front fulcrum 41, the middle part of brake connecting rod is provided with rear fulcrum 44, the rear end of brake connecting rod is provided with brake key 45, the front side of sea beat impeller is provided with buoyancy tank 12.Seven groups of described buoyancy tanks are all made as triangle, and front end, lower than rear end, is ramp shaped, and seven groups of described impact impellers are identical with seven groups of transmission shaft structures, are eccentric shaft and install.When wave attacks, wave plays floating 53 by the front end of buoyancy tank to backlash, the front end of floating drive controlling rod 40 is upwards floating, under the support of front fulcrum, the rear end of controlling rod is descending, and drive sliding pin to move downward, brake connecting rod 54 is under the support of rear fulcrum 44, by carrying on brake key, depart from keyway 48, wave directly impacts sea beat plate 46 No. 1, No. 1 striking plate promotes ratchet 47 backward, ratchet drives transmission shaft 10 and drive sprocket rotation thereof, when No. 1 striking plate dextrorotation goes to the downside of eccentric gearing one axle, just automatic trip is from ratchet, again respectively by No. 5, No. 4, No. 3, promoting successively ratchet and vane rotary for No. 2 does manual work, when wave falls after rise, floating and controlling rod falls and drives brake connecting rod that brake key is snapped in keyway, make sea beat plate all be parked in best surfing position at every turn, simultaneously, with fan-shaped array rear six groups impact impellers all in different regions successively in turn the active force live axle that power is flowed to of circulation even speed drive generator generating to do manual work.
Fig. 3, 4, impact impeller shown in 5 is arranged on impeller support 67 by an axle, the bottom of impeller support is weldingly fixed on framework by connecting plate, impact impeller by left wheel disk 68, right wheel disk 60 and sea beat plate axle are assembled into one, sea beat plate is being arranged on striking plate axle of activity successively, on transmission one axle 10, drive sprocket 13 is housed, transmission one axle is provided with two ratchets 47 in left and right, ratchet 47 is arranged on transmission one axle impacting in the impeller plate, triangle buoyancy tank 12 is arranged on the front side of impacting impeller, the bottom of buoyancy tank and impeller support is provided with connecting plate 70, buoyancy tank and impeller support are weldingly fixed on the roof beam structure of steel pipe in length and breadth in framework 3 by connecting plate respectively, the front bottom side of buoyancy tank is provided with into draining water hole 69, rear end is provided with intake and exhaust tracheae 71, the bottom of gear-box is provided with carbon dioxide storage air pipe 72.
During surfing, from the wave of buoyancy tank upper end, through seven groups 14, impact impeller and continuously drive successively respectively transmission shaft to drive drive sprocket, by the omnibearing mechanical energy that is converted into of the impact kinetic energy of wave, drive generator operation to do manual work.
The front upper end of the framework 3 shown in Fig. 5 is provided with connecting plate 70, the upper end of connecting plate is provided with buoyancy tank 12, the rear end of buoyancy tank is provided with impacts impeller 11, the middle part of impacting impeller is provided with transmission one axle, on transmission one axle, drive sprocket 13 is housed, the rear side of transmission one axle is provided with a shaft drive sprocket wheel 33, the rear end of active force live axle is provided with generator 29, elastic cable paper 74 is equipped with in the rear end of generator, elastic cable paper is access to land through the bottom of anchor chain by seabed, the front end of framework is provided with volume sprocket wheel 7, the bottom of volume sprocket wheel is provided with anchor chain 75, the outside of motor is provided with sealed case, the bottom side of sealed case is provided with two vaporized carbon storage air pipes 72, the rear end of air inlet-outlet pipe 71 is provided with indication floating 76, when electricity generating device sinks to the bottom, position with indication electricity generating device.
The rear middle part of the framework 3 shown in Fig. 6 is provided with two carbon dioxide cylinders 37, the outlet port of air cylinder is connected with carbon dioxide storage air pipe 72, the outside of storage air pipe is provided with intake and exhaust tracheae 71, carbon dioxide storage air pipe is connected to the bearing in generator seal case, on the suction port of axle sleeve housing and gear housing, intake and exhaust tracheae pipe is connected on the suction port of respectively organizing buoyancy tank, carbon dioxide can prevent corrosion and the damage of metal parts, air connecting tube can meet with especially big storm or when icing, air exhausting bushing in buoyancy tank is entered to seawater, electricity generating device is sunk to seabed and hide the natural disasteies such as storm.After danger is removed, then be filled with air, the seawater in floating drum is got rid of, the generating of doing manual work is continued in the floating upper sea level of generator set.

Claims (7)

1. ocean deep-sea energy collecting electricity generating device, by framework, buoyancy tank, impact impeller, transmission shaft, active force transmission shaft, rear power transmission shaft and generator form, it is characterized in that: described framework (3) is welded by steel pipe sealing, the inner side of framework is provided with beam in length and breadth, beam and framework composition are welded into the floating drum frame of a sealing in length and breadth, the upper end of framework is provided with seven groups of transmission shafts successively, the middle part of framework is provided with active force live axle (34), the rear end of framework is provided with rear Power Available Shaft (35), the rear end of active force live axle is provided with generator (29), the first transmission shaft (10) is arranged on the longeron of frame front end, the middle part of the first transmission shaft is provided with two first group of left and right and impacts impeller (11), the front end that impeller is impacted in left and right is respectively equipped with left and right two first group buoyancy tank (12), first group of left and right impacted on the first transmission shaft in the middle of impeller the first axle drive sprocket (13) is housed, the active force live axle of the first axle drive sprocket rear side is provided with the first shaft drive sprocket wheel (33), the rear end of the first transmission shaft is provided with second driving shaft (14), the two ends, left and right of second driving shaft are respectively equipped with two second group of left and right and impact impeller (9), second group of front end that impacts impeller is provided with second group of buoyancy tank, second group of inboard of impacting impeller is provided with two the second axle drive sprockets (15), the active force live axle of the second axle drive sprocket rear side is provided with two the second shaft drive sprocket wheels (31) in left and right, the rear end of second driving shaft is provided with the 3rd transmission shaft (16), the left and right sides of the 3rd transmission shaft is respectively equipped with two the 3rd group of left and right and impacts impeller (17), the 3rd group of front end that impacts impeller is provided with the 3rd group of buoyancy tank, the 3rd group of inboard of impacting impeller is provided with two the 3rd axle drive sprockets (8), the active force live axle of the 3rd axle drive sprocket rear side is provided with two the 3rd shaft drive sprocket wheels (30) in left and right, the rear end of the 3rd transmission shaft is respectively equipped with two the 4th transmission shafts (18) in left and right, the two ends, left and right of the 4th transmission shaft are equipped with two the 4th group and are impacted impeller (19), the 4th group of front side of impacting impeller is provided with the 4th group of buoyancy tank, the 4th group of inboard of impacting impeller is provided with two the 4th axle drive sprockets (6), the active force live axle of the 4th axle drive sprocket rear side is provided with two the 4th shaft drive sprocket wheels (28) in left and right, the rear end of the 4th transmission shaft is respectively equipped with two the 5th transmission shafts (20) in left and right, two the 5th group of left and right is housed on the 5th transmission shaft and impacts impeller (21), the 5th group of front side of impacting impeller is provided with the 5th group of buoyancy tank, the 5th group of inboard of impacting impeller is provided with two the 5th axle drive sprockets (5) in left and right, the rear Power Available Shaft of the 5th axle drive sprocket rear side is provided with two the 5th shaft drive sprocket wheels (27) in left and right, the rear end of the 5th transmission shaft is respectively equipped with two the 6th transmission shafts (22) in left and right, two the 6th group of left and right is housed on the 6th transmission shaft and impacts impeller (23), the 6th group of front side of impacting impeller is provided with the 6th group of buoyancy tank, the 6th group of inboard of impacting impeller is provided with two the 6th axle drive sprockets (4) in left and right, the rear Power Available Shaft of the 6th axle drive sprocket rear side is provided with two the 6th shaft drive sprocket wheels (26) in left and right, the rear end of the 6th transmission shaft is respectively equipped with two the 7th transmission shafts (24) in left and right, two the 7th group of left and right is housed on the 7th transmission shaft and impacts impeller (25), the 7th group of front side of impacting impeller is provided with the 7th group of buoyancy tank, the 7th group of inboard of impacting impeller is provided with two the 7th axle drive sprockets (2) in left and right, the rear Power Available Shaft of the 7th axle drive sprocket rear side is provided with two the 7th shaft drive sprocket wheels (1) in left and right, the left end of rear Power Available Shaft is equipped with rear power driven sprockets (36), the active force live axle of rear power driven sprockets front end is provided with rear line shaft drive sprocket (39), the middle part of active force live axle is provided with active force driving sprocket wheel (32), the left end axis of generator is provided with generator sprocket wheel (38), on active force driving sprocket wheel, chain drive-belt is housed, the rear end of chain drive-belt is arranged on the sprocket wheel of generator.
2. ocean according to claim 1 deep-sea energy collecting electricity generating device, is characterized in that: the front end of described framework is provided with rolling wheel frame (7), and on rolling wheel frame, volume has anchor chain, the left side of generator to be provided with carbon dioxide cylinder (37).
3. ocean according to claim 1 deep-sea energy collecting electricity generating device, it is characterized in that: described first group is impacted impeller (11) and be arranged on the first transmission shaft by bearing, the first transmission shaft (10) is made as eccentric shaft, the spacing of eccentric shaft and impact impeller lower end is greater than the spacing of upper end, ratchet (47) is housed on eccentric shaft, impact in impeller No. 1 sea beat plate (46) is housed, No. 2 sea beat plates (49), No. 3 sea beat plates (50), No. 4 sea beat plates (51), No. 5 sea beat plates (52), sea beat plate is arranged on and is impacted in impeller by striking plate axle, the impeller plate edge of sea beat front edge of board is provided with brake keyway (48), the front upper end of sea beat plate is provided with brake controlling rod (40), the front bottom of brake controlling rod is provided with floating (53), the rear end of brake controlling rod is provided with brake connecting rod (54), the front end of brake connecting rod is provided with chute (42), the rear end of brake controlling rod is provided with sliding pin (43), sliding pin is arranged in chute, the rear end of controlling rod is provided with front fulcrum (41), the middle part of brake connecting rod is provided with rear fulcrum (44), the rear end of brake connecting rod is provided with brake key (45), the front side of sea beat impeller is provided with buoyancy tank (12).
4. ocean according to claim 1 deep-sea energy collecting electricity generating device, it is characterized in that: seven groups of described buoyancy tanks are all made as triangle, and front end, lower than rear end, is ramp shaped, the 7th group of described impact impeller is identical with the 7th group of transmission shaft structure, is eccentric shaft and installs.
5. ocean according to claim 1 deep-sea energy collecting electricity generating device, it is characterized in that: described impact impeller is arranged on impeller support (67) by the first transmission shaft, the bottom of impeller support is weldingly fixed on framework by connecting plate, impact impeller by left wheel disk (68), right wheel disk (60) and sea beat plate axle are assembled into one, sea beat plate is being arranged on striking plate axle of activity successively, drive sprocket (13) is housed on the first transmission shaft (10), the first transmission shaft is provided with left and right two ratchets (47), ratchet (47) is arranged on the first transmission shaft impacting in the impeller plate, triangle buoyancy tank (12) is arranged on the front side of impacting impeller, the bottom of buoyancy tank and impeller support is provided with connecting plate (70), buoyancy tank and impeller support are weldingly fixed on the roof beam structure of steel pipe in length and breadth in framework (3) by connecting plate respectively, the front bottom side of buoyancy tank is provided with into draining water hole (69), rear end is provided with intake and exhaust tracheae (71), the bottom of gear-box is provided with carbon dioxide storage air pipe (72).
6. ocean according to claim 1 deep-sea energy collecting electricity generating device, it is characterized in that: elastic cable paper (74) is equipped with in the rear end of described generator, elastic cable paper is access to land through the bottom of anchor chain by seabed, the front end of framework is provided with volume sprocket wheel (7), the bottom of volume sprocket wheel is provided with anchor chain (75), the outside of motor is provided with sealed case, and the bottom side of sealed case is provided with two vaporized carbon storage air pipes (72).
7. ocean according to claim 1 deep-sea energy collecting electricity generating device, it is characterized in that: the rear middle part of described framework (3) is provided with two carbon dioxide cylinders (37), the outlet port of air cylinder is connected with carbon dioxide storage air pipe (72), the outside of storage air pipe is provided with intake and exhaust tracheae (71), carbon dioxide storage air pipe is connected on the suction port of bearing, axle sleeve housing and gear housing in generator seal case, intake and exhaust tracheae is connected on the suction port of respectively organizing buoyancy tank, and the rear end of intake and exhaust tracheae is provided with indication floating (76).
CN201320307660.5U 2013-05-31 2013-05-31 Ocean and deep sea energy collection and electricity generation device Expired - Fee Related CN203430694U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320307660.5U CN203430694U (en) 2013-05-31 2013-05-31 Ocean and deep sea energy collection and electricity generation device

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Application Number Priority Date Filing Date Title
CN201320307660.5U CN203430694U (en) 2013-05-31 2013-05-31 Ocean and deep sea energy collection and electricity generation device

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CN201320307660.5U Expired - Fee Related CN203430694U (en) 2013-05-31 2013-05-31 Ocean and deep sea energy collection and electricity generation device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103321824A (en) * 2013-05-31 2013-09-25 闫传桂 Abyssalpelagic energy collection and electricity generation device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103321824A (en) * 2013-05-31 2013-09-25 闫传桂 Abyssalpelagic energy collection and electricity generation device

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