CN201934247U

CN201934247U - Water wave energy absorption storer

Info

Publication number: CN201934247U
Application number: CN2010205721403U
Authority: CN
Inventors: 刘长兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-10-22
Filing date: 2010-10-22
Publication date: 2011-08-17
Anticipated expiration: 2020-10-22

Abstract

A water wave energy absorption storer has three types, e.g. an air cylinder type water wave energy absorption storer, an air-bag type wave energy absorption storer and a water-fence type wave energy absorption storer. In the air cylinder type water wave energy absorption storer, a buoyancy protective valve and a one-way air in/out valve are arranged on air cylinder, the air cylinder is vertically arranged up side down to fix the cylinder into wave water, when the wave rises and falls, the water in the cylinder body changes to squeeze and evacuate the air in the cylinder body, so that compressed air is available to be stored. In the air-bag type wave energy absorption storer, a one-way air in/out valve is arranged at the top of any sealed air bag, the top of the air bag is fixed on a fixed plate, a flat plate body serving as a down floating body is fixed at the bottom of the air bag, and has certain buoyancy force and suitable weight, when put into water, the down floating body brings the air bag to perform expansion and contraction along with the up and down of the wave, so that the compressed air is available to be stored. In the water-fence type wave energy absorption storer, a platform is built on a plane with wind and wave, a grid type fence is arranged on the circumference of the platform, a rotary or a movable one-way flat plate door can be mounted on the inner side of the fence, a flow guide plate is arranged on the outside of the fence, when the fence is impacted by the wave, the door is open and the water enters into the fence, and when the water wave returns back, the door is forced to close, so that the water potential energy can be stored. The stored energy can be used for power generation.

Description

Ripples power absorption storage

Affiliated technical field

Ripples power absorption storage of the present invention is the corollary equipment that conversion nature ocean wave energy is used for human generating link.Can effectively absorb the storage Wave energy during this coordinative composition of equipments generating, and the energy of its storage is offered gas-turbine or water turbine work endlessly, utilize the power output of gas-turbine, water turbine to drive generator for electricity generation.

Background technique

Utilize the relevant technologies kind of wave-activated power generation a lot of at present, mostly be the stressed reception conversion method of heading sea, because of wave has intermittent periods it, the defective of above technology maximum is the poor continuously of when generating, and the characteristics of promptly losing because of wave moment certainly will cause it to utilize the job insecurity of equipment and influence absorptivity.And the ripples power absorption storage that the Ordering-the invention provides, play the characteristics of other side volt herein according to wave, store in female memory device after several sub-absorption plants that multiple spot longitude and latitude on the horizontal plane is arranged can being converted to the ripples energy potential energy of pressurized gas or water, there is female memory device of a plurality of connections to provide continuous energy then to active conversion equipment, arrive the electrical switching device generating again, thereby send the electric energy of high-quality.

Summary of the invention

Ripples power absorption storage of the present invention provides the absorption storage means of several Wave energies when utilizing wave-activated power generation, and component and the component that mainly contain following title are processed, the name of parts of composition constitutes.Be respectively; Cylinder; the buoyancy Protective valve; ball float; ball valve; spring; one-way exhaust valve; pneumatic tube; air flue; suction tude; breather cheek valve; cylinder port; filter screen; air bag; go up and decide body; following float; relief opening; suction port; large-scale gas holder; the buoyancy drain valve; water channel; drain opening; vertical rail post; horizontal horizontal bar; fence; doorframe; swing door; swing door is spacing; door drags; door changes; door-hinge; the door-hinge hole; sealing gasket; gasket slot; moving door; door track; the door track hole; moving door is spacing; water intake; vertical guide plate; chin spoiler; the energy release aperture; bottom surface.

The present invention has three cover technological schemes: 1. cylinder type ripples power absorption storage, 2. bladder-type ripples power absorption storage 3. encloses water hurdle type ripples potential energy and absorbs storage.

1. cylinder type ripples power absorption storage.Select an end of tubular type body and the cavity body of isometrical hemisphere type housing disjunctor composition to be made into cylinder, popular theory is exactly to be made into the cylinder that service water cylinder bottom portion makes hemispherical Bottom Shape into.The spherical top of cylinder is installed and is unidirectionally advanced; the full cylinder top of outlet valve and water buoyancy Protective valve; use the size of determining cylinder according to the size selection of wave on the spot; the center of fluctuation up and down that is concentric with ripples with mid point about the cylinder is a standard; vertically be inverted in the downward round bottom of cylinder opening in the water of stormy waves up; cylinder body and water bank or maintain static with water bank combined article; water debouches cylinder through the cylinder port of bottom when heaving of the sea; water what variation in cylinder forms gas in an invisible piston extruding and the cylinder of finding time; exhaust valve closure when finding time; INO; outlet valve is opened during extruding; suction valve cuts out; the pressurized gas of discharging during exhaust is equipped with the large-scale gas holder storage of buoyancy drain valve through outlet valve and line transportation to bottom, promptly finish the absorption storage work of ripples energy.The pressurized gas of storage is supplied with gas-turbine work, utilizes the power output of gas-turbine to drive generator for electricity generation.For the wave energy that improves in the unit area is stored up rate and the stability of storing gas pressure, play the characteristics of other side volt herein according to wave, can divide several cylinder type ripples acceptor of energies multiple spot to be installed on the different theodolite place of the water surface, the pressurized gas of its discharge is stored by line transportation to a large-scale gas holder, and then a plurality of large-scale gas holder are realized Federal Reserve through pipeline UNICOM together, better balance is stored the pressure of gas, improves the working stability of gas-turbine, generator.

2. bladder-type ripples power absorption storage.Select plastic cement, rubber material is made into not sizing, any air bag of shape, the air bag top is installed into, exhaust check valve, the roof anchorage of air bag is installed on the plate body decides on the body, and the fixed installation of the bottom of air bag have certain buoyancy and suitably the plate body of weight as float down, determine the size of air bag during application according to the size selection of wave on the spot, the up and down removable center of following float on air bag overlaps with the center of fluctuation up and down of ripples and is standard, decide body and be fixed in the water that stormy waves is arranged last, it is flexible to drive air bag when float rises and fall on the waves under the effect of its buoyancy and own wt instantly, INO when air bag stretches, exhaust valve closure, outlet valve was opened when air bag shrank, suction valve cuts out, the pressurized gas of discharging during exhaust is equipped with the large-scale gas holder storage of buoyancy drain valve through line transportation to bottom, promptly finish the absorption storage work of ripples energy.The pressurized gas of storage is supplied with gas-turbine work, utilizes the power output of gas-turbine to drive generator for electricity generation.For the wave energy that improves in the unit area is stored up rate and the stability of storing gas pressure, play the characteristics of other side volt herein according to wave, can divide several bladder-type ripples acceptor of energies multiple spot to be installed on the different theodolite place of the water surface, the pressurized gas of its discharge is stored by line transportation to a large-scale gas holder, and then a plurality of large-scale gas holder are realized Federal Reserve through pipeline UNICOM together, better balance is stored the pressure of gas, improves the working stability of gas-turbine, generator.

3. enclose water hurdle type ripples potential energy and absorb storage.Build a platform on the horizontal plane of stormy waves having, utilize vertical rail post and horizontal horizontal bar around table top, to build Gate lattice type fence, all load onto on each Gate lattice of fence and have return spring and in the hurdle, push away promptly to open and push away the movement in one direction plain batton door of promptly closing to marge, the popular family's door that enters the room as us of saying, in the room, push away and to open the door, otherwise then close the outside installing guide plate of fence.Plain batton door is opened in the hurdle when a certain side of fence is subjected to the impact of water wave, the wave swelling is gone in the fence, plain batton door is under the acting in conjunction of recirculation water and return spring when reduction of waves refluxes, and return is closed the outflow that stops water in the hurdle rapidly, promptly finishes the absorption storage work of water potential energy.The water of attracting deposit in fence can promote water turbine work, utilizes the power output of water turbine to drive generator for electricity generation.For the wave energy that improves in the unit area is stored up rate and the stability of storing hydraulic pressure, play the characteristics of other side volt herein according to wave, can absorb storage to several enclosure type ripples potential energy divides multiple spot to be installed on the different theodolite place of the water surface, with its water of attracting deposits together by pipeline UNICOM, the better pressure of balance storage of water improves the working stability of water turbine.

Plain batton door divides two kinds of opening ways: 1. rotating opening, on any one limit on plain batton door four limits, install door-hinge, plain batton door is subjected to water wave when impacting around the door-hinge Unscrew, and maximum opening angle is no more than 90 degree in order to return, promptly opens an angle of 90 degrees place and is provided with that swing door is spacing to allow it stop.2. move and open, four cylinder type door track holes of processing, four angles at plain batton door, four are being penetrated in the door track hole with footpath cylinder type door track, then four door tracks are fixed on four jiaos of the inboard Gate lattice of fence, plain batton door is subjected to water wave and impacts the time delay door track and move inward and open, and it is spacing that moving door is set on the door track, and the displacement distance of restriction plain batton door is in order to return, for reducing the shop front, can drive the mouth of a river on the massive plate door into and install little dull and stereotyped moving door additional water resistance.

The invention has the beneficial effects as follows, the energy that the absorption storage is attracted deposits can promote gas-turbine, water turbine work, drive generator for electricity generation by gas-turbine, water turbine, the present invention absorbs and works when the several method of storage of water wave energy is supporting to be used to generate electricity that continuous performance is good, stability is strong, and then send and stablize the high-quality electric energy, be that the wave-type electric generator of other moment reception ripples energy is incomparable.The present invention brings obviously intuitively, and effect has; 1. the structure of three kinds of technological schemes all is simple and easy to build.2. easily get with the material cheapness, get final product with Reinforced Concrete Materials as cylinder and fence.3. can be communicated with energy and the storage work of realizing through piping between many absorption storage devices, be fit to the scale generating and produce supporting usefulness.4. be distributed in the influence that the device Federal Reserve can the balance wave period behind female storage device of attracting deposits of son on the different theodolite places.

Description of drawings

The present invention is further described below in conjunction with drawings and Examples.

Fig. 1 is 1: 10 main apparent structure figure of cylinder type ripples power absorption storage embodiment.

Fig. 2 is longitudinal section master's apparent structure figure of Fig. 1 cylinder type ripples power absorption storage embodiment, and Figure 28 is 2 times of partial enlarged drawings of breather cheek valve among Fig. 2, one-way exhaust valve, buoyancy Protective valve and buoyancy drain valve.

Fig. 3 is longitudinal section master's apparent structure figure of Fig. 1 cylinder type ripples power absorption storage embodiment, and Figure 29 is 2 times of partial enlarged drawings of breather cheek valve among Fig. 3, one-way exhaust valve, buoyancy Protective valve and buoyancy drain valve.

Fig. 4 is longitudinal section master's apparent structure figure of Fig. 1 cylinder type ripples power absorption storage embodiment, and Figure 39 is 2 partial enlarged drawings of breather cheek valve among Fig. 4, one-way exhaust valve, buoyancy Protective valve.

Fig. 5 is 1: 10 main apparent structure figure of bladder-type ripples power absorption storage embodiment.

Fig. 6 is longitudinal section master's apparent structure figure of Fig. 5 bladder-type ripples power absorption storage embodiment.

Fig. 7 is longitudinal section master's apparent structure figure of Fig. 5 bladder-type ripples power absorption storage embodiment.

Fig. 8 is the main structure view in 1: 10 of vertical rail post, and Figure 30 is the back vision structure figure of vertical rail post among Fig. 8, and Figure 31 is the main apparent structure figure in 1: 10 of horizontal horizontal bar, and Figure 32 is the back vision structure figure of horizontal horizontal bar among Figure 31.

Fig. 9 be vertical rail post and horizontal horizontal bar form enclose water valve frame master apparent structure figure, Figure 38 be vertical rail post and horizontal horizontal bar form enclose water valve frame back vision structure figure.

Figure 10 is the main apparent structure figure in 1: 10 of swing door.

Figure 11 is the main apparent structure figure in 1: 10 of sealing gasket 1.

Figure 12 is 1: 10 main apparent structure figure that fence dissects out a doorframe, Figure 40 is the back vision structure figure of doorframe among Figure 12, Figure 33 is the whole back vision structure figure that installs on the doorframe in Figure 12 behind the swing door, and Figure 34 is the whole back vision structure figure of swing door when opening on doorframe.

Figure 13 is the main apparent structure figure in 1: 10 of moving door 1.Figure 35 is the main apparent structure figure in 1: 10 of moving door 2.

Figure 14 is the main apparent structure figure in sealing gasket 1 and sealing gasket 21: 10.

Figure 15 is 1: 10 back vision structure figure that fence dissects out a doorframe, and Figure 36 is the whole back vision structure figure that installs on the doorframe among Figure 15 behind the moving door, and Figure 37 is the whole back vision structure figure of moving door when opening on doorframe.

Figure 16 is made of 1: 10 main apparent structure figure of four jiaos of fence embodiments vertical rail post and horizontal horizontal bar.

Figure 17 is made of 1: 30 main apparent structure figure of hexagonal fence embodiment vertical rail post and horizontal horizontal bar.

Figure 18 is made of 1: 30 main apparent structure figure of anistree fence embodiment vertical rail post and horizontal horizontal bar.

Figure 19 is made of 1: 40 main apparent structure figure of double row multilayer doorframe hexagonal fence embodiment vertical rail post and horizontal horizontal bar.

Figure 20 is 1: 30 main apparent structure figure that the hexagonal fence embodiment of swing door is installed.

Figure 21 is the main apparent structure figure when swing door is opened on fence among Figure 20 embodiment.

Figure 22 is 1: 30 main apparent structure figure that the hexagonal fence embodiment of moving door is installed.

Figure 23 is the main apparent structure figure when moving door is opened on fence among Figure 22 embodiment.

Figure 24 installs longitudinal section master's apparent structure figure of heteroid buoyancy Protective valve embodiment for Fig. 1 cylinder type ripples power absorption storage, and Figure 26 is 2 times of partial enlarged drawings of breather cheek valve among Figure 24, one-way exhaust valve and buoyancy Protective valve.

Figure 25 installs longitudinal section master's apparent structure figure of heteroid buoyancy Protective valve embodiment for Fig. 1 cylinder type ripples power absorption storage, and Figure 27 is 2 times of partial enlarged drawings of breather cheek valve among Figure 25, one-way exhaust valve and buoyancy Protective valve.

Embodiment

1. cylinders among the figure, 2. buoyancy Protective valve, 3.

ball float

1, and 4. ball valve 1; 5.

ball valve

2, and 6.

spring

2, and 7.

outlet valve

1, and 8. pneumatic tube 1; 9.

air flue

1,10.

air flue

2,11.

springs

1,12. suction tude 1; 13.

suction valve

1,14.

ball valve

3,15. springs 3; 16.

air flue

3,17. cylinder port, 18. air bags; 19. following float is decided body on 20.

1. cylinder type ripples power absorption storage embodiment

In the embodiment shown in fig. 1; the upper bottom portion of cylinder (1) is installed buoyancy Protective valve (2) and breather cheek valve 1 (13); go up installation one-way exhaust valve (7) at buoyancy Protective valve (2); one-way exhaust valve (7) is gone up pneumatic tube 1 (8) is installed; pneumatic tube 1 (8) straight-through large-scale gas tank (56) is installed into tracheae 1 (12) on the suction valve 1 (13).Cylinder (1) is illustrated in figure 1 as the cavity body that pipe build and isometrical hemisphere housing disjunctor are formed, the cylinder port of bottom surface (17) opening down, as same inverted round bottom type family expenses water vat.The center of fluctuation up and down that is concentric with ripples with cylinder axis is a standard, be inverted in the water of stormy waves on cylinder (1) gone to the bottom perpendicular to the horizontal plane mouth, cylinder body and water bank or water bank combined article maintain static, water debouches cylinder through cylinder port (17) when heaving of the sea, water what variation in cylinder forms with gas in the invisible piston extruding and the cylinder of finding time, exhaust valve closure when finding time, INO, outlet valve is opened during extruding, suction valve cuts out, pressurized gas during exhaust is delivered to the large-scale gas holder (56) that square is represented among the figure through pneumatic tube 1 (8), buoyancy drain valve (57) is installed outside the lower bulk of large-scale gas holder (56), the Inner chamber bottom of one ball float, 2 (58) Shens to large-scale gas holder (56) arranged at the external top of buoyancy drain valve (57), and ball float 2 (58) is used to respond to the buoyancy of the ponding of large-scale gas holder (56) bottom to its generation.

In the embodiment shown in Figure 2, buoyancy Protective valve (2) is installed in the top center position of cylinder (1), and outlet valve 1 (7) is installed at the top of buoyancy Protective valve (2), and suction valve 1 (13) is installed in the next door of the top buoyancy Protective valve (2) of cylinder (1).The buoyancy Protective valve has a float chamber to become cylinder type cavity and nothing to go to the bottom; buoyancy Protective valve (2) does not have the cylinder type cavity float chamber that goes to the bottom and is connected with the Inner chamber of cylinder (1); the cylinder type cavity float chamber of buoyancy Protective valve (2) divides two-part up and down; lower device ball float 1 (3); upper unit is less than the cylinder type ball valve chamber of the Inner of float chamber footpath with the end face concentric; be processed with ⊥ type air flue in the ball valve chamber with ball valve chamber; float chamber and outlet valve three are communicated with; transverse air channel 2 (10) processing are communicated with ball valve chamber at the post jamb face of ball valve chamber with the float chamber; vertical air flue 1 (9) processing is led to single air valve 1 (7) at the end face of ball valve chamber; this air flue just concentric leads to the air flue of one-way exhaust valve 1 (7) with end face buoyancy Protective valve (2); the inner chamber of ball valve chamber is equipped with the switch of ball valve 1 (4) control air flue 1 (9); ball valve 1 (4) bottom and vertically moving cylindrical body small end disjunctor are fixed; mobile link stretches to the bottom, float chamber through the bottom surface of cylinder type ball valve chamber down with the hole, footpath; mobile link is loaded onto return spring 1 (11) rear and lower end and is fixed together with ball float 1 (3) disjunctor that is in the bottom, float chamber; spring (11) is gone up top ball float 1 (3) under the heading valve chamber, and spring (11) keeps normally open to guarantee air flue 1 (9) for ball float 1 (3) one downward elastic force.The inner chamber of outlet valve 1 (7) is the cylinder type cavity; end face has an air flue to communicate with the pneumatic tube 1 (8) that is installed on it; the ball valve chamber that the bottom surface has air flue 1 (9) to be communicated with in the buoyancy Protective valve (2); inner cavity chamber's lower device ball valve 2 (5) upper unit springs 2 (6) of outlet valve 1 (7), ball valve 2 (5) returns were closed air flue 1 (9) and are kept suitable wiper seal and prevent to store gas backstreaming when spring 2 (6) was but guaranteed air inlet.Suction valve 1 (13) is installed in the top of cylinder (1), the inner chamber of suction valve 1 (13) is the cylinder type cavity, end face has an air flue to be communicated with the suction tude 1 (12) that is installed on it, the bottom surface has air flue to be communicated with the inner chamber of cylinder (1), inner cavity chamber's upper unit ball valve 3 (14) lower device springs 3 (15) of suction valve 1 (13), ball valve 3 (14) returns were closed air flue 3 (16) and are kept suitable wiper seal when spring 3 (15) was but protected exhaust.One end of pneumatic tube 1 (8) is installed in the gas outlet the other end of outlet valve 1 (7) and installs on the large-scale gas holder (56) that square is represented in the drawings, buoyancy drain valve (57) is installed outside the lower bulk of large-scale gas holder (56), the intracavity bottom of one ball float, 2 (58) Shens to large-scale gas holder (56) arranged at the external top of buoyancy drain valve (57), ball float 2 (58) is used to respond to the buoyancy of the ponding of gas holder (56) bottom to its generation, and ball float 2 (58) utilizes buoyancy control ball valve 6 (59) the switch pair mouths of a river (61).

Show among Fig. 2, cylinder is as the rippling that directly is subjected to wave on the kinetoplast mouth is not gone to the bottom, the wave of dipping and heaving frees in and out in the opening of cylinder towards the bottom, as can be seen from Figure 2, form negative pressure in the cylinder when ripples descend (1), ball valve 2 (5) return under the negative pressure acting in conjunction of the elastic force of spring 2 (6) and cylinder (1) Inner is closed air flue 1 (9), the vacuum suction ball valve 3 (14) that forms in the cylinder (1) overcomes the resistance of spring 3 (15) and moves and open air flue 3 (16) simultaneously, gas is through suction tude 1 (12), air flue 3 (16), the Inner chamber of suction valve 1 (13) enters in the cylinder (1), and cylinder (1) is finished air inlet work.The suction port of suction tude (12) should exceed water surface certain distance in case wave pours in, on establish 180 the degree hairpin curves in case rainwater and lipper enter.The pressurized air water of large-scale as can be seen gas holder (56) bottom seldom among Fig. 2, water is very little to the buoyancy that ball float 2 (58) produces, under the acting in conjunction of the self gravitation of ball float 2 (58), connecting rod, ball valve 6 (59) and spring 8 (62) elastic force, ball valve 6 (59) is in closes the next of drain opening (61).

Buoyancy is to open the active force that buoyancy drain valve drain opening is got rid of gas holder bottom pressurized air ponding.

2. bladder-type ripples power absorption storage embodiment

In the embodiment shown in fig. 5, arbitrarily the both sides up and down of air bag (18) fixedly mount float under the plate body (19) and upward decide body (20), one-way exhaust valve 2 (26) and breather cheek valve 2 (29) are installed in the top of air bag (18), and suction tude 2 (28) is installed in the place, gas access of suction valve (29).Pneumatic tube 2 (25) one ends are installed in the gas outlet the other end of outlet valve 2 (26) and install on the large-scale gas holder (56) that square is represented in the drawings, buoyancy drain valve (57) is installed outside the lower bulk of large-scale gas holder (56), there are a ball float 2 (58) Shens on the external top of buoyancy drain valve (57) to the bottom in large-scale gas holder (56) Inner chamber, and ball float 2 (58) is used to respond to the buoyancy of the ponding of gas holder (56) bottom to its generation.Fig. 5 is actual to show as the ellipsoidal exemplary plot of pie in the course of the work for the ball-shaped air bag, and it is folding that the position of can contracting in the Shen of air sac when the air bag volume of selecting for use is big increases wrinkle shape V-type separately.

In the embodiment shown in fig. 6, the both sides up and down of air bag (18) fixedly mount float under the plate body (19) and upward decide body (20), one-way exhaust valve 2 (26) and breather cheek valve 2 (29) are installed in the top of air bag (18), the gas outlet the other end that pneumatic tube 2 (25) one ends are installed in outlet valve 2 (26) is installed on the large-scale gas holder (56), and suction tude 2 (28) is installed in the place, gas access of suction valve 2 (29)..The upper bottom surface of one-way exhaust valve 2 (26) has a gas outlet to communicate with pneumatic tube 2 (25), the bottom surface of one-way exhaust valve 2 (26) has an air flue to communicate with air bag (18) Inner chamber, one-way exhaust valve 2 (26) has a Inner chamber, the top of inner cavity chamber spring 4 (24) the bottoms ball valve 4 (23) of packing into of packing into.The upper bottom surface of breather cheek valve 2 (29) has a gas access to communicate with suction tude 2 (28), the bottom surface of breather cheek valve 2 (29) has an air flue to communicate with air bag (18) Inner chamber, breather cheek valve 2 (29) has a Inner chamber, the bottom of inner cavity chamber spring 5 (22) the tops ball valve 5 (30) of packing into of packing into.The up and down removable center of following float on air bag overlaps with the center of fluctuation up and down of ripples and is standard, to go up and decide body (20) and be fixed in and have on the bank of water wave body or the bank body combined article, instantly it is flexible that float (19) drives air bag (18) when rising and falling on the waves, air bag (18) is exhaust valve closure, INO when being stretched, and open when being compressed, suction valve cuts out by outlet valve for air bag (18).The pressurized gas that air bag (18) is discharged is delivered to large-scale gas holder (56) storage through pneumatic tube 2 (25), can effectively absorb the ripples energy.Buoyancy drain valve (57) is installed outside the lower bulk of large-scale gas holder (56), the Inner chamber bottom of one ball float, 2 (58) Shens to large-scale gas holder (56) arranged at the external top of buoyancy drain valve (57), ball float 2 (58) is used to respond to the buoyancy of the ponding of gas holder (56) bottom to its generation, and ball float 2 (58) utilizes buoyancy control ball valve 6 (59) the switch pair mouths of a river (61).

Fig. 6 shows that the ripples float (19) that descends at present sinks, the inner chamber of air bag (18) widens, the inner chamber of air bag (18) forms negative pressure, ball valve 4 (23) return under the elastic force acting in conjunction of the attraction of negative pressure and spring 4 (24) is closed relief opening (21), the vacuum suction of the inner chamber of air bag (18) formation simultaneously ball valve 5 (30) overcomes spring 5 (22) resistances and moves and open suction port (27), gas enters in the air bag (18) through the Inner chamber of suction tude 2 (28), suction port (27), suction valve 2 (29), and air bag (18) is finished air inlet work.The suction port of suction tude 2 (28) should exceed water surface certain distance in case wave pours in into water, on establish 180 hairpin curves and prevent that rainwater and lipper from entering.The pressurized air water of large-scale as can be seen gas holder (56) bottom seldom among Fig. 6, water is very little to the buoyancy that ball float 2 (58) produces, under the acting in conjunction of the self gravitation of ball float 2 (58), connecting rod, ball valve 6 (59) and spring 8 (62) elastic force, ball valve 6 (59) is in closes the next of drain opening (61).

Show that in the embodiment shown in Fig. 7 float (19) rises thereupon when ripples rise at present, air bag (18) is dwindled the formation malleation by being descended float (19) to push its inner chamber, ball valve 5 (30) is closed suction port (27) under the elastic force acting in conjunction of malleation thrust and spring 5 (22), while ball valve 4 (23) overcomes the elastic force of spring 4 (24) and opens relief opening (21) under the promotion of barotropic gas, pressurized gas in the air bag (18) is successively through relief opening (21), the inner chamber of outlet valve 2 (26) enters pneumatic tube 2 (25), is delivered to large-scale gas holder (56) storage by pneumatic tube 2 (25).Buoyancy drain valve (57) is installed outside the lower bulk of large-scale gas holder (56), and structure, function and the purposes of buoyancy drain valve (57) is as the criterion with explanation among Fig. 3.

3. enclose water hurdle type ripples potential energy and absorb the storage embodiment

In Fig. 8, Fig. 8 is the plan view of vertical rail post (31), and Figure 30 is the rear view of vertical rail post (31), and Figure 31 is the plan view of horizontal horizontal bar (32), and Figure 32 is the rear view of horizontal horizontal bar (32).As can be seen from the figure, vertical rail post (31) is a trigonometric form arrow stern post body, and the afterbody of trigonometric form arrow stern post body has two crossing arrow tail shape planes, and horizontal horizontal bar (32) is the trigonometric form cylinder.

In Fig. 9, the Gate lattice type doorframe of forming by vertical rail post (31) and horizontal horizontal bar (32).Fig. 9 promptly encloses the Inner side view on water hurdle for the plan view of Gate lattice type doorframe, Figure 38 for the rear view of Gate lattice type doorframe, and the place, Inner plane of one of them arrow tail shape plane of vertical rail post (31) and the horizontal horizontal bar (32) that intersects with it is at grade so that the plate cuboid of installation encloses water valve on the doorframe of its composition.

In Figure 10, there are four doors to change (36) on the plate cuboid swing door (38), four doors change on (36) processes door-hinge hole (42) respectively.

In Figure 11, enclose the square frame that hollow cylinder that water valve sealing gasket 1 (41) makes for rubber is formed, be used for rotating the sealing of enclosing between water valve (38) and the doorframe (33).As can be seen from Figure 11, the cylindrical body of sealing gasket (41) is hollow, 1 atmospheric gas of portion encapsulation makes its not modification, not explosion under normal pressure within it, not only increases elasticity but also good sealing effect is arranged when being subjected to rotating when enclosing both extruding of water valve (38) and doorframe (33).Two-part among Figure 11 are actual to be an integral body of rubber gasket (41), and two-part are to dissect the result who moves behind the lower right corner in order to observe internal structure among the figure.

The plan view of Figure 12 single independently doorframe (33) for fence dissects out.

In Figure 40, drag (35) at the top, back of doorframe (33) installing two swing doors spacing (34) and two doors, door drags (35) to go up processing door-hinge hole (42) can penetrate door-hinge (39) so that swing door and return spring 6 (37) are installed.Gasket slot 1 (40) processing is on the back plane of doorframe (33) (fence Inner side plane).

In Figure 33, changeing (36) concentric with the axle center of the axis hole (42) that drags (35) with door is standard, and after return spring 6 (37) was put in the centre, the axis hole Inner door-hinge (39) being penetrated the three promptly finished the installation of swing door (38) on doorframe (33).

In Figure 34, the unidirectional water inlet swing door of plate cuboid (38) is subjected to water wave when impacting stops during to thresholding position (34) around door-hinge Unscrew an angle of 90 degrees, and the maximum unlatching scope that is to say swing door (38) is that an angle of 90 degrees is in order to return.Swing door when wave refluxes (38) is under the impulse force and return spring 6 (37) actings in conjunction of recirculation water, and return is closed the backflow that the normally closed position that is returned to Figure 33 stops water in the hurdle rapidly.Rubber gasket 1 (41) is installed on and encloses gasket slot 1 (40) Inner that water valve frame (33) is gone up processing.

In Figure 13, the Shen, four angles of the unidirectional water inlet moving door 1 (43) of plate cuboid goes out four pawls, processing four door track holes (46) on four pawls.Four door tracks (47) on the shop front, are processed with gasket slot 2 (45) and water intake (51) perpendicular to the door Plane Installation of moving door 1 (43) on the moving door 1 (43).The little figure in left side among Figure 13 is that enlarged view is looked on 3 times of right sides of door track (47) and return spring 7 (48), and moving door spacing (49) is arranged on the door track (47), and return spring 7 (48) is sleeved on the door track (47).Door track (47) has the cylindrical body of three sections different circles footpath different heights to combine.

In Figure 35, the Shen, four angles of the unidirectional water inlet moving door 2 (44) of plate cuboid goes out four pawls, processing four door track holes (46) on four pawls.

In Figure 14, sealing gasket 1 (41) is as the criterion with explanation among Figure 11, and sealing gasket 2 (50) and sealing gasket 1 (41) its structure and performance except that in different size is identical, is as the criterion to illustrate among Figure 11.

In Figure 15, Figure 15 is the rear view of doorframe (33), and gasket slot 1 (40) processing demonstrates the mounting point of four door tracks (47) on doorframe among the figure on the inner side plane of enclosing water valve frame (33).

In Figure 36, earlier four springs 7 (48) are gone here and there on four door tracks (47), in that four door tracks (47) are inserted respectively in four door track holes (46) of moving door 1 (43), then four door tracks (47) are fixed on the back plane of doorframe (33).Earlier four springs 7 (48) are gone here and there on four door tracks (47), four door tracks (47) are being inserted respectively in four door track holes (46) of moving door 2 (44), then four door tracks (47) are fixed on the door plane of moving door 1 (43).Promptly finish the last installment work of large and small moving door (43) (44) at doorframe (33).

In Figure 37, moving door (43) (44) is subjected to water wave and impacts axially locating and stop to fence medial movement to thresholding position (49) of time delay door track (47), moving door (43) this moment (44) is opened wave and is poured in and enclose in the water hurdle, moving door when reduction of waves refluxes (43) (44) is under the impulse force and return spring 7 (48) actings in conjunction of recirculation water, return is closed the normally closed position that is returned to Figure 36 rapidly, stops the outflow of water in the fence.Sealing gasket 1 (41) is installed on gasket slot 1 (40) Inner that doorframe (33) is gone up processing, is used for the sealing between moving door 1 (43) and the doorframe (33).Sealing gasket 2 (50) is installed on moving door 1 (43) and goes up gasket slot 2 (45) Inner of processing, is used for the sealing between moving door 1 (43) and the moving door 2 (44).As can be seen from Figure 37 moving door 1 (43) is installed in and encloses on the water valve frame (33), go up a processing water intake (51) at moving door 1 (43), a moving door 2 (44) is installed again on moving door 1 (43) is come switch water intake (51), the compound moving door of making like this can add the steamer connection face in little moving range, reduce the resistance raising action sensitivity of the shop front to water.

In Figure 16, four jiaos of fences forming by vertical rail post (31) and horizontal horizontal bar (32).Fence is installed on the bottom plane (55) of enclosing the water platform, four vertical guide plates (52) are installed at four angles of the wall of fence, four slope shape chin spoilers (53) are installed on four limits of the bottom surface of fence (55), vertical guide plate (52) and slope shape chin spoiler (53) link forms the flat terraced build that crouches, osculum facing to fence inboard big mouthful outside fence so that the pinching wave.Open an energy release aperture (54) on the bottom surface of fence (55).

In Figure 17, enclose the water hurdle by the hexagonal that vertical rail post (31) and horizontal horizontal bar (32) are formed, enclose the water hurdle and be installed on the bottom plane (55) of enclosing the water platform.For convenient structure of observing fence has been carried out biopsy cavity marker devices to the fence among the figure, the arrow difference directed in orthogonal rail post of (31), (32) and the cross section of horizontal horizontal bar.Therefrom as can be seen, vertical rail post (31) is a triangle arrow stern post body, and horizontal horizontal bar (32) is a triangulo column.Vertical rail post (31) upward arrow body angle install towards the outside and with the common water conservancy diversion of guide plate (52) to reduce water resistance, install towards the Inner side on two crossing arrow tail shape planes, and the inner side plane place of the horizontal horizontal bar (32) that intersect with it with both sides respectively on two tail planes at grade, so that at the doorframe installed inside plain batton door of its composition.Horizontal horizontal bar (32) is a triangulo column, one individual angle of triangulo column install towards the fence outside and with the common water conservancy diversion of guide plate (53) to reduce water resistance, body plane corresponding with it is towards the fence inboard, horizontal horizontal bar (32) towards the body plane of inboard and place, the arrow tail shape plane of the vertical rail post (31) that intersects with it at grade so that on the doorframe inner plane of its composition, plain batton door is installed.Enclose six wall angles on water hurdle six vertical guide plates (52) are installed, enclose six limits of the bottom surface (55) on water hurdle six slope shape chin spoilers (53) are installed, vertical guide plate (52) and chin spoiler (53) link forms the flat terraced build that crouches, osculum facing to fence inboard big mouthful outside fence so that the pinching wave.Enclose on the bottom surface (55) on water hurdle and open an energy release aperture (54).

In Figure 18, by the anistree fence that vertical rail post (31) and horizontal horizontal bar (32) are formed, fence is installed in the bottom plane (55) of enclosing the water platform.Eight vertical guide plates (52) are installed at eight wall angles of fence, eight slope shape chin spoilers (53) are installed on eight limits of the bottom surface of fence (55), vertical guide plate (52) and chin spoiler (53) link forms the flat terraced build that crouches, osculum facing to fence inboard big mouthful outside fence so that the pinching wave.Open an energy release aperture (54) on the bottom surface of fence (55).

In Figure 19, by the multilayer multiple row hexagonal fence that vertical rail post (31) and horizontal horizontal bar (32) are formed, fence is installed on the bottom plane (55) of enclosing the water platform.Six vertical guide plates (52) are installed at six wall angles of fence, enclose six limits of the bottom surface (55) on water hurdle six slope shape chin spoilers (53) are installed, vertical guide plate (52) and slope shape chin spoiler (53) link forms the flat terraced build that crouches, osculum facing to fence inboard big mouthful outside fence so that the pinching wave.Enclose on the bottom surface (55) on water hurdle and open an energy release aperture (54).

In the embodiment shown in Figure 20, the unidirectional water inlet swing door of plate cuboid (38) is installed on the hexagonal fence of vertical rail post (31) and horizontal horizontal bar (32) composition, swing door (38) is in normally off enclosing on the water hurdle, and the installation of swing door is as the criterion with the explanation of Figure 33.What install in the water of stormy waves is arranged encloses the water hurdle and can absorb storage of water potential energy, locates to install water turbine in energy release aperture (54), and it is kinetic energy that its potential energy converting and energy with water is arranged, and water turbine drives generator for electricity generation.

In the embodiment shown in Figure 21, when a certain side of fence is subjected to wave stroke, the resistance that swing door (38) overcomes return spring 6 (37) is in different big or small opening states from bottom to top enclosing on the water hurdle, when water in the reduction of waves hurdle refluxes, swing door (38) rapid return under the impact of return spring 6 (37) and recirculation water is closed the refluence that stops water, when having certain water yield in the fence and being subjected to the impact of wave, swing door (38) was failure to actuate when surge pressure was equal to or less than in the hurdle hydraulic pressure, wave stroke pressure is greater than in the hurdle during hydraulic pressure, and swing door (38) is promptly opened water inlet and given additional hydraulic pressure in the hurdle.

In the embodiment shown in Figure 22, the unidirectional water inlet moving door 2 (44) of plate cuboid is installed on the unidirectional water inlet moving door 1 (43) of plate cuboid, and moving door 1 (43) is installed in the Inner side of the hexagonal Gate lattice type fence of being made up of vertical rail post (31) and horizontal horizontal bar (32).Moving door 1 (43) and moving door 2 (44) are in normally off enclosing on the water hurdle, and the installation of moving door is as the criterion with the explanation of Figure 36.What install in the water of stormy waves is arranged encloses the water hurdle and can absorb storage of water potential energy, locates to install water turbine in energy release aperture (54), and it is kinetic energy that its potential energy converting and energy with water is arranged, and water turbine drives generator for electricity generation.

In the embodiment shown in Figure 23, when a certain side of fence is subjected to wave stroke, the resistance that moving door 1 (43) and moving door 2 (44) overcome return spring 7 (48) is in opening state from bottom to top enclosing on the water hurdle, when water in the reduction of waves hurdle refluxes, moving door 1 (43) and moving door 2 (44) rapid return under the acting in conjunction of return spring 7 (48) and recirculation water is closed the refluence that stops water, when having certain water yield in the fence and being subjected to the impact of wave, moving door 1 (43) and moving door 2 (44) were failure to actuate when surge pressure was equal to or less than in the hurdle hydraulic pressure, wave stroke pressure greater than in the hurdle during hydraulic pressure moving door 1 (43) and moving door 2 (44) open water inlet and give additional hydraulic pressure in the hurdle.

From Figure 16, Figure 17, Figure 18, Figure 19 as can be seen, based on vertical rail post (31) and horizontal horizontal bar (32), the polygon Gate lattice type that can be mounted to multiple shapes such as four jiaos, hexagonal, anise encloses the water hurdle, and cut to enclose and to arrange on each vertical side of water hurdle that individual layer is single-row, multilayer is single-row, the Gate lattice type doorframe of multilayer multiple row, as can be seen, the polygon Gate lattice type fence of the Any shape of being made up of vertical rail post (31) and horizontal horizontal bar (32) all can be installed swing door and moving door from Figure 20, Figure 22.

Claims

1. ripples power absorption storage mainly contains the component of following title and component processing, the name of parts formed constitutes, and is respectively; Cylinder; the buoyancy Protective valve; ball float; ball valve; spring; one-way exhaust valve; pneumatic tube; the air flue suction tude; breather cheek valve; cylinder port; filter screen; air bag; go up and decide body; following float; relief opening; suction port; large-scale gas holder; the buoyancy drain valve; water channel; drain opening; vertical rail post; horizontal horizontal bar; fence; doorframe; swing door; swing door is spacing; door drags; door changes; door-hinge; the door-hinge hole; sealing gasket; gasket slot; moving door; door track; the door track hole; moving door is spacing; water intake; vertical guide plate; chin spoiler; the energy release aperture; bottom surface; utilize above component to form the ripples power absorption storage of different types; cylinder type ripples power absorption storage; the center is equipped with the buoyancy Protective valve and is advanced; under the cylinder block mouth of exhaust check valve; the vertical inversion is fixed in the wavy water at the end; the pressurized gas that cylinder is discharged is sent to the large-scale gas holder storage of connection through pneumatic tube; a plurality of large-scale gas holder bottoms that are connected together through pipeline are equipped with the buoyancy drain valve; bladder-type ripples power absorption storage; the top is equipped with and is unidirectionally advanced; any sealing plastic cement of outlet valve; the rubber pneumatic bag roof anchorage is decided on the plate in last; the bottom is fixed with the following float of fitting heavy and tool buoyancy; the up and down removable center of following float on air bag overlaps with the center of fluctuation up and down of ripples and is standard; decide body and be fixed in the water that stormy waves is arranged last; the inner chamber of air bag is through exhaust check valve; pneumatic tube is communicated with large-scale gas holder; a plurality ofly the buoyancy drain valve is installed through the pipeline large-scale gas holder bottom that is connected together; enclose water hurdle type ripples potential energy and absorb storage; the horizontal plane Jianping platform of stormy waves is being arranged; utilize vertical rail post and horizontal horizontal bar around table top, to build Gate lattice type fence; fence Inner side can be adorned rotary type and two kinds of unidirectional plain batton doors of movable; it is characterized in that: cylinder type ripples power absorption storage; the buoyancy Protective valve is installed in the round bottom central position of the family expenses water vat shape cylinder of round bottom shape; one-way exhaust valve is installed in buoyancy Protective valve upper end; breather cheek valve is installed on the next door of cylinder head buoyancy Protective valve; suction tude is installed on the breather cheek valve; one end of pneumatic tube is installed on the one-way exhaust valve; the other end is installed on the large-scale gas holder; the buoyancy drain valve is installed in large-scale gas holder bottom; the central point of fluctuation up and down that is concentric with ripples with cylinder axis during application is a standard; mouth down; round bottom vertically is inverted up cylinder block is fixed in the wavy water; bladder-type ripples power absorption storage; at the sealing plastic cement; breather cheek valve and one-way exhaust valve are installed in the rubber pneumatic bag top; suction tude is installed on the breather cheek valve; one end of pneumatic tube is installed on the one-way exhaust valve; the other end is installed on the large-scale gas holder; the buoyancy drain valve is installed in large-scale gas holder bottom; the air bag roof anchorage is installed in plate the going up of horizontal arrangement and decides on the body; the air bag bottom is fixed a suitable weight and is had float under certain buoyancy; following float is plate body horizontal arrangement; the move up and down center of following float on air bag overlaps with the center of fluctuation up and down of ripples and is standard when using; decide body and be fixed in the water that stormy waves is arranged last; enclose water hurdle type ripples potential energy and absorb storage; build platform having on the horizontal plane of stormy waves; the vertical rail post in table top surrounding; horizontal horizontal bar is built into Gate lattice type fence; fence Inner side can be installed rotary type and two kinds of unidirectional plain batton doors of movable; the sphere of activities of swing door is subjected to the spacing restriction of swing door; the sphere of activities of moving door is subjected to the spacing restriction of moving door; enclose between water valve and the fence rubber gasket is installed; the processing of rubber gasket groove is on the vertical rail post and horizontal horizontal bar of fence inboard; a vertical guide plate is installed on each outer wall angle of fence, the horizontal guide plate of slope shape is installed on each limit of fence outer bottom.

2. according to the cylinder type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; According to from bottom to top order bottom is cylinder; the buoyancy Protective valve is installed in the top center position of cylinder; outlet valve is installed at the top of buoyancy Protective valve; cylinder is as the rippling that directly is subjected to wave on the kinetoplast mouth is not gone to the bottom, and the wave of dipping and heaving frees in and out in the opening of cylinder towards the bottom.

3. according to the cylinder type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; The buoyancy Protective valve has a float chamber to become cylinder type cavity and nothing to go to the bottom; not having the cylinder type cavity float chamber that goes to the bottom is connected with the Inner chamber of cylinder; the inner chamber float chamber of buoyancy Protective valve divides two-part up and down; float chamber, bottom device has ball float; upper unit is less than the ball valve chamber of the Inner of float chamber footpath with the end face concentric; be processed with ⊥ type air flue in the ball valve chamber with ball valve chamber; float chamber and outlet valve three are communicated with; vertical air flue top leads to outlet valve; transverse air channel processing is communicated with the Inner chamber of float chamber and ball valve chamber at the post jamb face of ball valve chamber; the ball float of buoyancy Protective valve inner chamber middle and lower part is fixed as disjunctor with ball valve in the upper ball valve chamber through vertical removable connecting rod, and buoyancy Protective valve inner chamber middle and lower part ballottement answers the ball valve step switch in the water buoyancy control upper ball valve chamber to lead to the air flue of row's gas storage system.

4. according to the cylinder type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; The buoyancy Protective valve has a float chamber to become cylinder type cavity and nothing to go to the bottom; not having the cylinder type cavity float chamber that goes to the bottom is connected with the Inner chamber of cylinder; the cylinder type cavity Inner of the float chamber wall of buoyancy Protective valve and the parallel air flue that is processed with in post footpath; float chamber's lower device is slightly less than the ball float of float chamber's cylinder type cavity diameter; top, float chamber mounting spring; outlet valve air flue Shen is in the float chamber of buoyancy Protective valve and be in the heart of spring; the air flue end opening is over against the ball float that is in bottom, buoyancy Protective valve float chamber; and both keep, and suitably distance is so that ball float moves up and down, and buoyancy Protective valve inner chamber middle and lower part ballottement answers water buoyancy directly to control the air flue that top leads to row's gas storage system.

5. according to the cylinder type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; Ball float in the buoyancy Protective valve, the ball float and the ball valve of disjunctor interlock have two working positions.

6. according to the cylinder type ripples power absorption storage and the bladder-type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; The ripples energy is delivered to large-scale gas holder storage after cylinder type ripples acceptor of energy, bladder-type ripples acceptor of energy are converted to pressure place gas, several cylinder type ripples acceptor of energies, bladder-type ripples acceptor of energy can divide multiple spot to be installed on the different theodolite place of the water surface, the pressurized gas of discharging is communicated to a large-scale gas holder storage by pipeline, between a plurality of large-scale gas holder through the pipeline Federal Reserve that is connected together.

7. according to the cylinder type ripples power absorption storage and the bladder-type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; The buoyancy drain valve is installed in bottom at large-scale gas holder, and the Inner chamber bottom of a ball float Shen to large-scale gas holder arranged at the external top of buoyancy drain valve.

8. according to the bladder-type ripples power absorption storage of the described ripples power absorption of claim 1 storage, it is characterized in that; Air bag is not sizing and a shape of cavity body arbitrarily, determine the size of air bag during application according to the size selection of wave on the spot, can contracting in the Shen of air sac when the air bag volume of selecting for use is big, to increase wrinkle shape V-type separately folding at the position, the air bag roof anchorage is installed on the fixed plate body of horizontal arrangement, and horizontal arrangement is fixed in the plate body of air bag bottom as descending float directly to be subjected to the rippling of wave.

9. the water hurdle type ripples potential energy that encloses according to the described ripples power absorption of claim 1 storage absorbs storage, it is characterized in that; Gate lattice type fence is made up of vertical rail post and horizontal horizontal bar, vertical rail post is a trigonometric form arrow stern post body, the afterbody of trigonometric form arrow stern post body has two crossing arrow tail type planes, horizontal horizontal bar is the trigonometric form cylinder, the arrow tail type plane of the inboard vertical rail post of fence and with it crossing horizontal horizontal bar Inner side plane place at grade, enclose water valve and be installed on the doorframe Inner side plane that both form, process gasket slot on the doorframe Inner side plane.

10. the water hurdle type ripples potential energy that encloses according to the described ripples power absorption of claim 1 storage absorbs storage, it is characterized in that; The plate side's body of unidirectional unlatching that two kinds of patterns can be installed on the doorframe plane of fence Inner side encloses water valve, 1. swing door, any one limit that plate side's body encloses water valve is installed on the corresponding with it doorframe door-hinge, door is around door-hinge Unscrew Gate lattice type doorway during application, it is spacing to install swing door when swing door is installed on the doorframe, swing door is spacing to be limited in activity in the 0-90 degree scope to swing door, 2. moving door, plate side's body encloses water valve and prolongs the door track that is fixed in four angles of doorframe and move a certain distance and open Gate lattice type doorway, it is spacing that door track is provided with moving door, door track is determined the motion track and the moving range of moving door, open Gate lattice type doorway when the stressed sensing fence of swing door and moving door is inboard, close Gate lattice type doorway in the time of outside the stressed sensing fence of swing door and moving door.

11. the water hurdle type ripples potential energy that encloses according to the described ripples power absorption of claim 1 storage absorbs storage, it is characterized in that; Be provided with rubber gasket between swing door and moving door and the doorframe, be processed with water intake on the big moving door, the water inlet is equipped with little moving door, the rubber gasket sealing is arranged between big moving door and the little moving door, rubber gasket is the square frame that the hollow cylinder made of rubber is formed, and the inner chamber of hollow cylinder is packaged with 1 atmospheric gas.

12. the water hurdle type ripples potential energy that encloses according to the described ripples power absorption of claim 1 storage absorbs storage, it is characterized in that; Vertical guide plate is installed on the outer side surface angle of polygonal fence, on each limit of polygonal fence bottom surface the slope shape chin spoiler is installed, vertical guide plate and slope shape chin spoiler link forms the flat terraced bodily form that crouches, osculum facing to fence inboard big mouthful towards the fence outside.

13. the water hurdle type ripples potential energy that encloses according to the described ripples power absorption of claim 1 storage absorbs storage, it is characterized in that; Based on vertical rail post and horizontal horizontal bar, can be mounted to four jiaos, the polygonal fence of hexagonal, anistree multiple shape, can arrange on each vertical side of polygonal fence that individual layer is single-row, multilayer is single-row, the Gate lattice type doorframe of multilayer multiple row, the polygonal fence of every kind of shape all can be installed to rotate and enclose water valve, the mobile water valve that encloses, and several enclosure type ripples potential energy absorb storagies by pipeline UNICOM together on the different theodolite place of the water surface but the branch multiple spot is installed in.