CN201660103U - Buoy wave resisting mechanism - Google Patents
Buoy wave resisting mechanism Download PDFInfo
- Publication number
- CN201660103U CN201660103U CN2010201587903U CN201020158790U CN201660103U CN 201660103 U CN201660103 U CN 201660103U CN 2010201587903 U CN2010201587903 U CN 2010201587903U CN 201020158790 U CN201020158790 U CN 201020158790U CN 201660103 U CN201660103 U CN 201660103U
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- end cap
- tubular projection
- magnet steel
- axial hole
- banking pin
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Abstract
The utility model relates to a buoy wave resisting mechanism, which comprises a watertight barrel. An end cover is arranged on an opening of the watertight barrel, and an antenna cover is arranged on the end cover. The buoy wave resisting mechanism is characterized in that a plurality of tile-shaped plates, an air sac, an air bottle, a tube seat, a hose, a sleeve, and a spring and an impact hammer inside the sleeve are contained between the watertight barrel and the antenna cover, an elongated hole is arranged on the sleeve, the outer end of a limit screw on the outer circumference of the impact hammer penetrates through the elongated hole and extends out of the sleeve, axial holes are arranged on the edge of the tube seat, and electric heating wires are arranged inside the axial holes, a nylon rope is respectively arranged both between the limit screw and the tube seat, and between the limit screw and a valve, one end of each of the two nylon ropes is fixed on the limit screw, and the other end is respectively connected with a switch of the valve and an electric heating wire. The nylon ropes can be burned out through the electric heating wire, so that the impact hammer and the limit screw simultaneously are ejected to the other end from one end of the elongated hole of the sleeve so as to open the cylinder valve, and then the air sac is immediately expanded to spread, thereby increasing posture stability of a buoy and realizing accurate navigation for bathyscaphs. The buoy wave resisting mechanism is applicable to buoys dragged by submersibles.
Description
Technical field
The utility model relates to the buoy that a kind of submersible pulls.Specifically, be the anti-unrestrained mechanism that is used for improving the buoy storm resistance, be applicable on the buoy that submersible pulls.
Background technology
All know at shipbuilding industry,, on bathyscaph, all be equipped with the locating buoy that is used to install GPS/ Big Dipper combination receiving device for guaranteeing the precision in bathyscaph course.The storm resistance of locating buoy is just determining the precision height in bathyscaph course.At present, the locating buoy that all is equipped with on bathyscaph nonreactive wave mechanism all.Because nonreactive wave mechanism, when wave was big, locating buoy can not stop to wave with wave, makes that the attitude of locating buoy is very unstable.And the attitude instability of locating buoy, the just very difficult signal that in time receives the GPS/ Big Dipper makes that bathyscaph is difficult to promptly and accurately locate, and can't realize precision navigation.
The utility model content
Problem to be solved in the utility model provides the anti-unrestrained mechanism of a kind of buoy.Adopt this buoy to resist unrestrained mechanism, can improve the attitude stability of buoy, the precision navigation of realization bathyscaph.
For addressing the above problem, take following technical scheme;
The anti-unrestrained mechanism of buoy of the present utility model comprises the watertight tube, and the oral area of watertight tube has end cap.There is the tubular projection at the outside face center of end cap, the inner end and the end cap of tubular projection form as one, there is radome the outer end of tubular projection, and this radome is a cylinder, and the interior circular diameter of its oral area and radome oral area identical with the outside diameter of tubular projection is the sealing shape and covers on the tubular projection.There is circumferential bulge loop in the outside, middle part that is characterized in radome, circumferentially on the cylindrical of bulge loop circular groove is arranged, and stainless steel wire is arranged in the circular groove.Circumferentially between bulge loop and end cap some watts of shape plates are arranged, all there is the arc inner convex platform at the two ends of watt shape plate, wherein on the arc inner convex platform of an end arcuate socket is arranged, watt shape strip has the arc inner convex platform of arcuate socket one end to embed in the circular groove, described stainless steel wire penetrates in the arcuate socket, makes that an end of watt shape plate can be around stainless steel wire to inner rotary.Watt shape plate does not have magnet steel on the arc inner convex platform with arcuate socket one end, and on the corresponding end cap of this magnet steel magnet steel is arranged also, and magnet steel on off working state arc lower inner convex platform and the magnet steel on the end cap are pulled together.On the end cap in the tubular projection outside axial hole is arranged, have in the axial hole to be watertight between connection pipe and axial hole and connection pipe and to cooperate; In watt shape plate air bag is arranged, this air bag is communicated with connection pipe.On the inboard end cap of tubular projection axial hole is arranged, in the tubular projection gas cylinder is arranged, the gas cylinder oral area protrudes in the end cap inboard after passing the axial hole that tubular projection medial extremity covers; The gas cylinder oral area is communicated with connection pipe by valve and flexible pipe; Be fixed with base on the end cap of valve one side, sleeve pipe is arranged on the base, from base one end spring and ram hammer are arranged successively in the sleeve pipe, be bearing fit between ram hammer wherein and sleeve pipe.Vertical slotted hole is arranged on the sleeve pipe, vertically in the slotted hole banking pin is arranged.On the ram hammer cylindrical screw is arranged, the screw on ram hammer under the spring confined state is corresponding with banking pin, and the banking pin inner end screws in the screw, and stretch out outside sleeve pipe after passing vertical slotted hole the banking pin outer end.There is axial hole at the base edge, and heating wire is arranged in the axial hole.Caprone cable is all arranged between banking pin and base and between banking pin and valve, one end of two caprone cables is fixed on the banking pin, wherein, a caprone cable other end links to each other with the switch of valve, and the other end of another root caprone cable is fixed in the axial hole at base edge after passing heating wire.
The further improvement of the utility model scheme is, there is radially outer lug boss the outer end of tubular projection, and the radome oral area is the sealing shape and covers on this radially on the outer lug boss.
Further improvement project of the present utility model is, on the end cap in the tubular projection outside annular boss is arranged, magnet steel on the end cap is in the outside of this annular boss, and watt shape plate lateral surface and watertight tube lateral surface equal diameters after the magnet steel adhesive in the magnet steel of watt shape plate one end and the annular boss outside.
Take such scheme, have the following advantages:
By such scheme as can be seen, when the control circuit in the buoy receive open air bag instruction after, heating wire in the base will get electric heating, the caprone cable that passes in it is blown, thereby under the effect of confined state lower spring, make ram hammer and banking pin simultaneously from vertical slotted hole one end bullet of sleeve pipe to the other end.Meanwhile, under the effect of banking pin and caprone cable, with the gas cylinder switch opens, pressure gas in the gas cylinder is entered in the air bag by flexible pipe and connection pipe, make the air bag instantaneous expansion, and wash a watt shape plate open and along the circumferential direction spread out, be in horizontal area on the water surface thereby increased buoy, improved the attitude stability of buoy.And the raising of buoy attitude stability just can realize the precision navigation of bathyscaph.
Description of drawings
Fig. 1 is the anti-unrestrained mechanism structure scheme drawing of buoy of the present utility model;
Fig. 2 is the base among Fig. 1 and the structural representation of sleeve pipe.
The specific embodiment
As shown in Figure 1, the anti-unrestrained mechanism structure of buoy of the present utility model contains watertight tube 11, the oral area of watertight tube 11 is provided with end cap 18, end cap 18 edges adjacent with watertight tube 11 oral areas are processed with circumferential recess, this circumferential recess is corresponding with watertight tube 11 oral areas, first seal ring 17 is installed in the circumferential recess, is watertight by first seal ring and screw between end cap 18 and watertight tube 11 oral areas and cooperates.The outside face center of end cap 18 is processed with tubular projection 23, and the inner end of tubular projection 23 formed as one in when casting and end cap 18, and the outer end of tubular projection 23 is provided with radome 1.Described radome 1 is a cylinder, the outer end of tubular projection 23 is processed with radially outer lug boss 24, radially the excircle of outer lug boss 24 is equipped with second seal ring 4 to being processed with groove in the groove, and radome 1 oral area is the sealing shape by second seal ring 4 and covers on the described radially outer lug boss 24.
The outside, middle part of radome 1 is with circumferential bulge loop 2, and this circumferential bulge loop is connected mutually with radome 1.Circumferentially be processed with circular groove on the cylindrical of bulge loop 2, be furnished with stainless steel wire 22 in the circular groove.Circumferentially bulge loop 2 circumferentially is provided with some watts of shape plates 3 with end cap 18 between circumferential, the two ends of watt shape plate 3 all are processed with the arc inner convex platform, wherein be processed with arcuate socket on the arc inner convex platform of an end, the arc inner convex platform that watt shape plate 3 has arcuate socket one end embeds in the circular groove, described stainless steel wire 22 penetrates in the described arcuate socket, makes that an end of watt shape plate 3 can be around stainless steel wire 22 to inner rotary.
Watt shape plate 3 all is not processed with counterbore on the arc inner convex platform with arcuate socket one end, and magnet steel 20 is installed in the counterbore.Be processed with annular boss 6 on the end cap 18 in tubular projection 23 outsides, process counterbore on annular boss 6 lateral surfaces, magnet steel 20 is installed in the counterbore.And make the magnet steel 20 in the counterbore on annular boss 6 lateral surfaces corresponding one by one with the magnet steel 20 in watt shape plate 3 one end counterbores, make that under off working state the magnet steel 20 in the magnet steel in the counterbore 20 and watt shape plate 3 one end counterbores is pulled together on annular boss 6 lateral surfaces.Leave spacing between described annular boss 6 and watertight tube 11 outer edges, so that the equal diameters of watt shape plate 3 lateral surfaces and watertight tube 11 lateral surfaces after magnet steel 20 adhesives in the magnet steel of watt shape plate 3 one ends 20 and annular boss 6 outsides.
Be processed with axial hole on the end cap 18 in tubular projection 23 outsides, connection pipe 7 is installed in the axial hole, and axial hole is watertight with 7 of connection pipes by the 3rd seal ring 8 and cooperates.Be provided with air bag 5 in watt shape plate 3, the admission port of this air bag and connection pipe 7 link together, and make air bag 5 be communicated with connection pipe 7.Be processed with axial hole on the end cap 18 of tubular projection 23 inboards, be provided with gas cylinder 21 in the tubular projection 23, gas cylinder 21 oral areas protrude in end cap 18 inboards after passing axial hole on the tubular projection 23 inboard end caps 18.Gas cylinder 21 oral areas link to each other with connection pipe 7 with flexible pipe 9 by valve 19.Be fixed with base 16 by screw 15 on the end cap 18 of valve 19 1 sides, this base is between valve 19 and the connection pipe 7, is fixed with sleeve pipe 10 on the base 16, and makes the axially vertical with the medial surface of end cap 18 of sleeve pipe 10.As shown in Figure 2, from base 16 1 ends spring 26 and ram hammer 27 are installed successively in the sleeve pipe 10,10 of ram hammer 27 wherein and sleeve pipes are bearing fit.Be processed with vertical slotted hole 28 in the middle of the sleeve pipe 10, vertically be provided with banking pin 13 in the slotted hole 28, this banking pin is movable with vertical 28 of slotted holes and cooperates.Be processed with screw on ram hammer 27 cylindricals, screw on ram hammer 27 under spring 26 confined states is corresponding with banking pin 13, and banking pin 13 inner ends are screwed in the screw on the ram hammer 27, banking pin 13 outer ends are passed vertical slotted hole 28 backs and are protruded outside sleeve pipe 10.Base 16 edges are processed with axial hole, and heating wire 25 is installed in the axial hole.Be processed with two radial holes on the banking pin 13,19 on 16 of banking pin 13 and bases and banking pin 13 and valve are provided with caprone cable 14, one end of two caprone cables 14 penetrates respectively in two radial holes on the banking pin 13, and is fixed on the banking pin 13 by control beam tube 12.Wherein, the other end of a caprone cable 14 links to each other with the switch of valve 19, and the other end of another root caprone cable 14 is fixed in the axial hole at base 16 edges through knotting after passing heating wire 25.
In the use in the time need opening air bag 21, by can making heating wire 25 heatings produce high temperature for heating wire 25 energisings in base 16 axial holees, the caprone cable 14 that passes in it is blown, under the resilient force of compressed spring 26, make ram hammer 27 and banking pin 13 from vertical slotted hole 28 1 end bullets to the other end, and the valve 19 of tension gas cylinder 21 and the caprone cable 14 between the banking pin 13, and then the valve 19 of gas cylinder 21 oral areas opened, the pressure gas in the gas cylinder 21 was entered in the air bag 5 by 9 moments of flexible pipe.Meanwhile, suction moment that air bag 5 breaks through magnet steel 20 struts a watt shape plate 3, and air bag 5 is shakeout on the water surface.
Claims (3)
1. the anti-unrestrained mechanism of buoy comprises watertight tube (11), and the oral area of watertight tube (11) has end cap (18) and the two to be the watertight cooperation; There is tubular projection (23) at the outside face center of end cap (18), and the inner end of tubular projection (23) and end cap (18) form as one; There is radome (1) outer end of tubular projection (23), and this radome is a cylinder, the interior circular diameter of its oral area equates with the outside diameter of tubular projection (23) and radome (1) oral area be the sealing shape cover on the tubular projection (23); There is circumferential bulge loop (2) in the outside, middle part that it is characterized in that radome (1), circumferentially on the cylindrical of bulge loop (2) circular groove is arranged, and stainless steel wire (22) is arranged in the circular groove; Circumferentially between bulge loop (2) and end cap (18) some watts of shape plates (3) are arranged, all there is the arc inner convex platform at the two ends of watt shape plate (3), wherein on the arc inner convex platform of an end arcuate socket is arranged, the arc inner convex platform that watt shape plate (3) has arcuate socket one end embeds in the circular groove, described stainless steel wire (22) penetrates in the arcuate socket, makes that an end of watt shape plate (3) can be around stainless steel wire (22) to inner rotary; Watt shape plate (3) does not have magnet steel (20) on the arc inner convex platform with arcuate socket one end, with magnet steel (20) is also arranged on the corresponding end cap of this magnet steel (18), the magnet steel (20) on the magnet steel (20) on the off working state arc lower inner convex platform and end cap (18) is pulled together; On the end cap (18) in tubular projection (23) outside axial hole is arranged, have in the axial hole to be watertight between connection pipe (7) and axial hole and connection pipe (7) and to cooperate; In watt shape plate (3) air bag (5) is arranged, this air bag is communicated with connection pipe (7); On the inboard end cap (18) of tubular projection (23) axial hole is arranged, gas cylinder (21) is arranged in the tubular projection (23), gas cylinder (21) oral area protrudes in end cap (18) inboard after passing axial hole on the inboard end cap of tubular projection (23) (18); Gas cylinder (21) oral area is communicated with connection pipe (7) by valve (19) and flexible pipe (9); Be fixed with base (16) on the end cap (18) of valve (19) one sides, sleeve pipe (10) is arranged on the base (16), from base (16) one ends spring (26) and ram hammer (27) are arranged successively in the sleeve pipe (10), be bearing fit between ram hammer wherein (27) and sleeve pipe (10); Vertical slotted hole (28) is arranged on the sleeve pipe (10), vertically in the slotted hole (28) banking pin (13) is arranged; On ram hammer (27) cylindrical screw is arranged, screw on ram hammer (27) under spring (26) confined state is corresponding with banking pin (13), banking pin (13) inner end screws in the screw, and stretch out outside sleeve pipe (10) after passing vertical slotted hole (28) banking pin (13) outer end; There is axial hole at base (16) edge, and heating wire (25) is arranged in the axial hole; Between banking pin (13) and base (16) and between banking pin (13) and valve (19) caprone cable (14) is arranged all, one end of two caprone cables (14) is fixed on the banking pin (13), wherein, the other end of a caprone cable (14) links to each other with the switch of valve (19), and the other end of another root caprone cable (14) is fixed in the axial hole at base (16) edge after passing heating wire (25).
2. buoy according to claim 1 resists unrestrained mechanism, it is characterized in that there is radially outer lug boss (24) outer end of tubular projection (23), and radome (1) oral area is the sealing shape and covers on this radially on the outer lug boss.
3. buoy according to claim 1 resists unrestrained mechanism, it is characterized in that on the end cap (18) in tubular projection (23) outside annular boss (6) being arranged, magnet steel (20) on the end cap (18) is in the outside of this annular boss, and watt shape plate (3) lateral surface and watertight tube (11) lateral surface equal diameters after magnet steel (20) adhesive in the magnet steel (20) of watt shape plate (3) one ends and annular boss (6) outside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201587903U CN201660103U (en) | 2010-04-01 | 2010-04-01 | Buoy wave resisting mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201587903U CN201660103U (en) | 2010-04-01 | 2010-04-01 | Buoy wave resisting mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201660103U true CN201660103U (en) | 2010-12-01 |
Family
ID=43230515
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201587903U Expired - Fee Related CN201660103U (en) | 2010-04-01 | 2010-04-01 | Buoy wave resisting mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201660103U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109561669A (en) * | 2016-07-14 | 2019-04-02 | 株式会社Clife | It is equipped with the buoy and its manufacturing method of pipe portion |
-
2010
- 2010-04-01 CN CN2010201587903U patent/CN201660103U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109561669A (en) * | 2016-07-14 | 2019-04-02 | 株式会社Clife | It is equipped with the buoy and its manufacturing method of pipe portion |
| CN109561669B (en) * | 2016-07-14 | 2021-08-31 | 株式会社Clife | Buoy with pipe and method for manufacturing the same |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101201 Termination date: 20130401 |