CN204846308U - Extreme point station flotation tank - Google Patents
Extreme point station flotation tank Download PDFInfo
- Publication number
- CN204846308U CN204846308U CN201520513015.8U CN201520513015U CN204846308U CN 204846308 U CN204846308 U CN 204846308U CN 201520513015 U CN201520513015 U CN 201520513015U CN 204846308 U CN204846308 U CN 204846308U
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- float tube
- buoyancy tank
- sphere
- joint
- camel
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Abstract
The utility model discloses an extreme point station flotation tank, extreme point station flotation tank includes: joint, flotation tank, superficial pipe, superficial pipe fittings, articulate spare and camel. Connecting symmetrical locating and floating the top and the bottom of managing, the flotation tank passes through articulate spare to be connected with the junction that connects and float between managing, and the flotation tank uses to float to manage locates the both ends of floating the pipe as central symmetry, and superficial pipe and superficial pipe are connected through floating pipe fittings, and superficial pipe fittings's below is located to the camel. Wherein, superficial pipe fittings includes: float the union coupling and be responsible for, float union coupling looped pipeline and camel connecting piece. The utility model discloses improve extreme point station flotation tank, to the abominable environment of dredging of condition, increase the buoyancy of flotation tank.
Description
Technical field
The utility model relates to a kind of buoyancy tank, is specifically related to a kind of endpoint stations buoyancy tank.
Background technology
In dredging engineering, run into a few thing bad environments, the waters that stormy waves is larger, the buoyancy problem of traditional buoyancy tank just displays, and therefore in order to adapt to this environment, needing to improve the structure of buoyancy tank, thus improving its buoyancy.
In order to solve the problem, a series of research is carried out to buoyancy tank.
Utility model content
The purpose of this utility model is, provides a kind of endpoint stations buoyancy tank, to overcome the above-mentioned shortcoming and defect existing for prior art.
A kind of endpoint stations buoyancy tank, it is characterized in that, comprise: joint, buoyancy tank, float tube, float tube attaching parts, connector for joint and camel, described joint is symmetrically set in top and the bottom of float tube, described buoyancy tank is connected with the junction between joint and float tube by connector for joint, described buoyancy tank is symmetrically set in the two ends of float tube centered by float tube, and described float tube is connected by float tube attaching parts with float tube, and described camel is located at the below of float tube attaching parts;
Wherein, described float tube attaching parts comprises: float tube connects supervisor, float tube connects looped pipeline and camel attaching parts, the top that described float tube connects supervisor is connected float tube and float tube with bottom, described float tube connects the both sides that float tube connection supervisor is located at by looped pipeline, described float tube connects looped pipeline and is connected with float tube, described camel attaching parts is located at the below that float tube connects supervisor, and described camel attaching parts is connected with camel
Further, described joint comprises: joint flange, upper sphere, upper sphere overcoat, seal ring, lower sphere, lower sphere overcoat, latching device and liner, described joint flange is connected with upper sphere, described upper sphere overcoat is connected with upper sphere ring set, described lower sphere is connected with upper sphere, lower sphere inside is sheathed on outside described lower sphere, described seal ring is located between upper sphere and upper sphere overcoat, described seal ring is located between upper sphere and lower sphere, the junction of upper sphere overcoat and lower sphere is located at by described latching device, described liner upper sphere and lower sphere inside.
Further, described buoyancy tank comprises: buoyancy tank body, bollard, the first hanger, the second hanger and bracket, described bollard, the first hanger, the second hanger and bracket are located on buoyancy tank body, and described bracket is located at four corners of buoyancy tank, and described first hanger is located on bracket.
Further, described connector for joint comprises: connect stay bearing plate and connecting panel, described connection stay bearing plate is connected with float tube, and described connecting panel is to connect the two ends being symmetrically set in centered by stay bearing plate and connecting stay bearing plate, and described connecting panel is connected with buoyancy tank.
The beneficial effects of the utility model:
The utility model improves endpoint stations buoyancy tank, for the dredging environment of inclement condition, increases the buoyancy of buoyancy tank.
Accompanying drawing explanation
Fig. 1 is constructional drawing of the present utility model.
Fig. 2 is the constructional drawing of float tube attaching parts.
Fig. 3 is the constructional drawing of joint.
Reference numeral:
Joint 100, joint flange 110, upper sphere 120, upper sphere overcoat 130, seal ring 140, lower sphere 150, lower sphere overcoat 160, latching device 170 and liner 180.
Buoyancy tank 200, buoyancy tank body 210, bollard 220, first hanger 230, second hanger 240 and bracket 250.
Float tube 300, float tube attaching parts 400, float tube connect supervisor 410, float tube connects looped pipeline 420 and camel attaching parts 430.
Connector for joint 500, connection stay bearing plate 510, connecting panel 520 and camel 600.
Detailed description of the invention
Below in conjunction with specific embodiment, progressive explanation is done to the utility model.Should be understood that following examples only for illustration of the utility model but not for limiting scope of the present utility model.
Fig. 1 is constructional drawing of the present utility model.Fig. 2 is the constructional drawing of float tube attaching parts.Fig. 3 is the constructional drawing of joint.
As shown in Figure 1, a kind of endpoint stations buoyancy tank comprises: joint 100, buoyancy tank 200, float tube 300, float tube attaching parts 400, connector for joint 500 and camel 600, joint 100 is symmetrically set in top and the bottom of float tube 300, buoyancy tank 200 is connected with the junction between joint 100 and float tube 200 by connector for joint 500, buoyancy tank 200 is symmetrically set in the two ends of float tube 300 centered by float tube 300, float tube 300 is connected by float tube attaching parts 400 with float tube 300, and camel 600 is located at the below of float tube attaching parts 400.
As shown in Figure 2, wherein, float tube attaching parts 400 comprises: float tube connects supervisor 410, float tube connects looped pipeline 420 and camel attaching parts 430, the top that float tube connects supervisor 410 is connected float tube 300 and float tube 300 with bottom, float tube connects the both sides that float tube connection supervisor 410 is located at by looped pipeline 420, float tube connects looped pipeline 420 and is connected with float tube 300, and camel attaching parts 430 is located at the below that float tube connects supervisor 410, and camel attaching parts 430 is connected with camel 600.
As shown in Figure 3, joint 100 comprises: joint flange 110, upper sphere 120, upper sphere overcoat 130, seal ring 140, lower sphere 150, lower sphere overcoat 160, latching device 170 and liner 180, joint flange 110 is connected with upper sphere 120, upper sphere overcoat 130 is connected with upper sphere 120 ring set, lower sphere 150 is connected with upper sphere 120, it is inner that lower sphere 150 is located at by lower sphere overcoat 160, seal ring 140 is located between upper sphere 120 and upper sphere overcoat 130, seal ring 140 is located between upper sphere 120 and lower sphere 150, the junction of upper sphere overcoat 130 and lower sphere 150 is located at by latching device 170, liner 180 upper sphere 120 and lower sphere 150 inside.
Buoyancy tank 200 comprises: buoyancy tank body 210, bollard 220, first hanger 230, second hanger 240 and bracket 250, bollard 220, first hanger 230, second hanger 240 and bracket 250 are located on buoyancy tank body 210, bracket 250 is located at four corners of buoyancy tank 200, and the first hanger 230 is located on bracket 250.
Connector for joint 500 comprises: connect stay bearing plate 510 and connecting panel 520, connects stay bearing plate 510 and is connected with float tube 300, and connecting panel 520 is to connect the two ends being symmetrically set in centered by stay bearing plate 510 and connecting stay bearing plate 510, and connecting panel 520 is connected with buoyancy tank 200.
In dredging engineering, run into a few thing bad environments, the waters that stormy waves is larger, the buoyancy problem of traditional buoyancy tank just displays, and therefore in order to adapt to this environment, needing to improve the structure of buoyancy tank, thus improving its buoyancy.
On basic design, we have employed the means of buoyancy tank and float tube combination.First be buoyancy tank, the structure of two buoyancy tank bodies 210 of employing, the respectively symmetrical two ends being connected to float tube 300.
The employing of float tube 300 be multistage float tube structure, by float tube attaching parts 400, connect a plurality of float tube 300 all around respectively, altogether 4 in the present embodiment.Traditional float tube generally connects supervisor 410 by float tube and connects former and later two, and the utility model then connects looped pipeline 420 by float tube and also connects two float tubes 300.
Meanwhile, also below float tube attaching parts 400, be provided with camel attaching parts 430, connect camel 600 by camel attaching parts 430, increase buoyancy further by camel 600.
Be illustrated detailed description of the invention of the present utility model above, but the utility model is not as limit, only otherwise depart from aim of the present utility model, the utility model can also have various change.
Claims (4)
1. an endpoint stations buoyancy tank, it is characterized in that, comprise: joint (100), buoyancy tank (200), float tube (300), float tube attaching parts (400), connector for joint (500) and camel (600), described joint (100) is symmetrically set in top and the bottom of float tube (300), described buoyancy tank (200) is connected with the junction between joint (100) and float tube (300) by connector for joint (500), described buoyancy tank (200) is symmetrically set in the two ends of float tube (300) centered by float tube (300), described float tube (300) is connected by float tube attaching parts (400) with float tube (300), described camel (600) is located at the below of float tube attaching parts (400),
Wherein, described float tube attaching parts (400) comprising: float tube connects supervisor (410), float tube connects looped pipeline (420) and camel attaching parts (430), the top that described float tube connects supervisor (410) is connected float tube (300) and float tube (300) with bottom, described float tube connects the both sides that float tube connection supervisor (410) is located at by looped pipeline (420), described float tube connects looped pipeline (420) and is connected with float tube (300), described camel attaching parts (430) is located at the below that float tube connects supervisor (410), described camel attaching parts (430) is connected with camel (600).
2. a kind of endpoint stations buoyancy tank according to claim 1, it is characterized in that: described joint (100) comprising: joint flange (110), upper sphere (120), upper sphere overcoat (130), seal ring (140), lower sphere (150), lower sphere overcoat (160), latching device (170) and liner (180), described joint flange (110) is connected with upper sphere (120), described upper sphere overcoat (130) is connected with upper sphere (120) ring set, described lower sphere (150) is connected with upper sphere (120), it is inner that described lower sphere overcoat (160) is located at lower sphere (150), described seal ring (140) is located between upper sphere (120) and upper sphere overcoat (130), described seal ring (140) is located between upper sphere (120) and lower sphere (150), the junction of upper sphere overcoat (130) and lower sphere (150) is located at by described latching device (170), described liner (180) upper sphere (120) and lower sphere (150) inside.
3. a kind of endpoint stations buoyancy tank according to claim 1, it is characterized in that: described buoyancy tank (200) comprising: buoyancy tank body (210), bollard (220), the first hanger (230), the second hanger (240) and bracket (250), described bollard (220), the first hanger (230), the second hanger (240) and bracket (250) are located on buoyancy tank body (210), described bracket (250) is located at four corners of buoyancy tank (200), and described first hanger (230) is located on bracket (250).
4. a kind of endpoint stations buoyancy tank according to claim 1, it is characterized in that: described connector for joint (500) comprising: connect stay bearing plate (510) and connecting panel (520), described connection stay bearing plate (510) is connected with float tube (300), described connecting panel (520) is to connect the two ends being symmetrically set in centered by stay bearing plate (510) and connecting stay bearing plate (510), and described connecting panel (520) is connected with buoyancy tank (200).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520513015.8U CN204846308U (en) | 2015-07-15 | 2015-07-15 | Extreme point station flotation tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520513015.8U CN204846308U (en) | 2015-07-15 | 2015-07-15 | Extreme point station flotation tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204846308U true CN204846308U (en) | 2015-12-09 |
Family
ID=54736883
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520513015.8U Active CN204846308U (en) | 2015-07-15 | 2015-07-15 | Extreme point station flotation tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204846308U (en) |
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2015
- 2015-07-15 CN CN201520513015.8U patent/CN204846308U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |