Fluid product transportation system and methods for its implementation

FIELD: transport.

SUBSTANCE: set of inventions relates to system of fluid product transportation between two vessels in open sea. The transportation system includes two tubular devices (2) which are mutually independent and each one of which contains two segments (2a, 2b) pivotally connected with each other by the first of its ends. The second end of the first of two segments is suspended with possibility of rotation on support arm (1) using unit (12) of three double rotating connections. The second end of the second segment is connected with connecting device (6) installed in the second location. The system contains the first device (13, 15) for rotation of each first segment (2a) relative to support arm in order to lower its first end from storage position to the same side as support arm, and the second device (33, 11) for connecting the second end of each second segment to connecting device (6) from beneath of connecting device by means of pulling the second end of each second segment (2b) up from the second location to connecting device.

EFFECT: better operation conditions for transportation system.

19 cl, 16 dwg

 

The present invention relates to a system for transporting a fluid product, such as liquefied natural gas between the two vessels on the high seas, of which the first may be the vessel of origin, such as "liquefied natural gas", also called "floating system for production, storage and unloading of liquefied natural gas ship for re-liquefaction of the gravity base structure (that is, having cargo base or platform, and the second made with the possibility of receiving gas or any other fluid product for its transportation, can be tank barge or tanker for transportation of liquefied gas.

There are various systems for transportation in the open sea between two vessels connected in series, and they can be divided into three categories, which are:

system articulated rigid pipe, such as the system described in the publications WO 2004094296, WO 0066484, WO 0316128 and WO 01004041;

system with a concentric double-pipe systems, such as described, for example, in WO 9950173 and document OTS 14099 "tandem mooring system for unloading of liquefied natural gas" authors L. Poldervaart, J. P. Queau and Wim Van Wyngaarden and presented at the "Conference on marine technology in Houston, Texas, USA (6-9 may 2002); and

system, and is using Flex (cryogenic hoses), such as the system described in WO 03037704 or document OTS 14096 called "a New solution tandem offloading of liquefied natural gas" authors Jurgen Eide, Svein I. Eide, Arild Samuelsen, Svein A Lotceit and Vidar Hanesland and presented at the "Conference on marine technology in Houston, Texas, USA (6-9 may 2002).

The present invention mainly relates to a tool for ease of transporting a fluid product, in addition, provide other benefits.

In this regard, the present invention relates to a system for transporting a fluid product, in particular liquefied natural gas containing at least one tubular device for transferring a fluid product between two locations and includes two segments pivotally connected to each other by means of a first of their ends with the opposite end of the first of the two segments is suspended rotatably to the support arm, is made with possibility of installation in the first of two locations, and the opposite end of the second segment can be connected with the connecting means installed in the second location, first means for rotating the first segment relative to the support arm with the aim of lowering the first end of the storage positions on the same side as the supporting arm, the characteristics of arisugawa fact, it contains the second means for pulling the end of the second segment, and the end made with the possibility of connection with the connecting means to connect the end with connecting means on the bottom.

These tools allow you to implement a transportation system that does not require balancing or automatic winch to prevent attacks on the connection.

In accordance with the preferred means of the present invention, which, generally, are the following:

segments are made in the form of a rigid pipe;

first means includes a first cable connected to the first end of the first segment, and means for winding the first cable;

- means for winding the first cable includes a winch mounted on the supporting arm;

second means includes a second cable and a tool for winding of the cable;

- means for winding the second cable includes a winch is made with possibility of installation in the second location;

in the storage position of each of the tubular device, the second segment is oriented so that its end which can be connected with the connecting means is located in the vicinity of the base support structure that supports the support arm;

- supporting arm is supported by support structures, performed in what zmoznostjo of rotation around the vertical axis;

the second segment contains a plug valve at its free end for connection with the connecting means;

- the system contains at least six rotating connection providing movement of the tubular device.

- number of rotating units is equal to seven, and the system further comprises a device for damping rotary joints that may arise;

the system contains a number of short tubular devices arranged in parallel and mounted to the support arm;

the first location was established mining or regasification platform or vessel and a second location was established transport vessel;

each tubular device has an end-of-travel switches for limiting the angular displacement of the first and second segments relative to each other.

The present invention also relates to combinations containing system, as defined above, and the connecting means include means for fixing the second location.

In accordance with the specific means in regards to this combination

each tubular device comprises at the free end of the second segment element in the form of a truncated cone, and the connecting means includes an additional element in the Orme truncated cone, so two elements in the form of a truncated cone can be inserted into one another for the formation of the relative position of the mentioned system and connective funds;

- coupling means is a coupling valve;

The present invention also relates to a node containing multiple systems, as defined above.

The present invention also relates to a method for transporting a fluid product, in particular liquefied natural gas, using a system for transporting a fluid product containing at least one tubular device for moving fluid product between two locations containing two segments pivotally connected to each other by means of a first of their ends with the opposite end of the first of the two segments is suspended rotatably to the support arm, is made with possibility of installation in the first of two locations, and the opposite end of the second segment may be connected with the connecting means, made with possibility of installation in the second location, and the method includes the steps:

- rotation of the first segment relative to the support arm with the aim of lowering the first end of the storage positions in the same direction that the supporting arm; and

- pull the end of the segment, made the possibility of connection with the connecting means, to connect this end with connecting means on the bottom.

Other characteristics and advantages of the present invention will appear in the following description of embodiments, given as non-limiting example, the description is made with reference to the accompanying drawings, in which:

Fig.1 and 2, the top and side views in perspective of a transportation system in accordance with the present invention, which is equipped with three identical tubular device in the position of the connection;

Fig.3 is a schematic side view illustrating the elements mounted on the end of the tubular device and the vessel sequentially;

Fig.4 and 5 are schematic views of three rotating joints installed at the end of the support structure, and Fig.4 is a top view along the section plane C-C of Fig.5, while the latter is a view in vertical section along the planes A-A and B-B cross section of Fig.4;

Fig.6 and 7 are schematic views representing an example system damping;

Fig.8-10 are views similar to the views of figs.1 and 2, representing embodiments of the transportation system;

Fig.11-15 is an example of a sequence of join operations of the transportation system in five stages; and

Fig.16 is a schematic side view similar to Fig.2 represents another variant of implementation of the transportation system.

what should be noted, what different types are schematic images, and some items have been excluded from some of the drawings for clarity.

The system for transporting a fluid product, in this document, liquefied natural gas, between the two courts, as shown in Fig.1 and 2, includes a metal support structure mounted on the first vessel 10, such as floating production, storage and shipment of liquefied natural gas, and which supports at the end of the horizontal support arm 1 three units of three double-rotating connection, also known under the trademark "rotations" 12, described in more detail below. This design also supports the winch 13, in this case 3, for handling internal segment 2a of each of the three tubular device 2 for conveying a fluid product, the deflecting rollers 14 for each of the cables 15, is wound on the winch 13 and sets of pipes 16 connected to the pipeline network of the first vessel 10. It should be noted that shunting winch 13 is located at a distance in the design to reduce the load overhang and to provide access for maintenance and repair.

The support arm 1 is held in this case, essentially perpendicular to the vertical leg of the support structure that supports it.

Int is NNI segment 2a of each of the tubular structure 2 includes a rigid tube, usually with a diameter of 16” (1 inch = 254 cm), and reinforced in this document in its center through the use of a wider pipe (20” or 24”), or, alternatively, by choosing specific materials to ensure the rigidity of the system. Other types of hardening is also possible.

Each internal segment 2a is connected to node three rotating joints 12 on the same side as the supporting structure, and outer segment 2b of the tubular structure 2 by means of two bent tubes and one rotational coupling 17 and point 18 attachment for shunting cable 15 is the next to the last rotating connection.

The outer segment 2b of each of the tubular structure 2 formed in accordance with the same principle as the internal segment 2a. At the end of this segment 2b node 3 rotating units connected to the safety valve 5, the final node (see Fig.3). A relief valve is also connected with the centering cone 3, made with the possibility of alignment segments for final connection.

In Fig.1 also shows off the transportation system. This provision provides a rigid attachment of the outer segment 2b system that is required for optimum safety in the event of a storm, as well as during maintenance and repair. latform 20 for maintenance of the vessel 10 provides access to the very important elements to perform any repair work.

In practice this outside position, which, essentially, is the source (i.e. it is, in particular, can be considered independently of the first and second means defined above), outer segment 2b passes downwards from the support structure, in this case vertically, so as to be readily accessible from the deck of the vessel 10 and, more specifically, its platform 20 while the inner segment 2a passes along the support arm 1, that is, in this case horizontally, and thus at right angles to the outer segment 2b.

The second vessel, in this case the tanker for transportation of liquefied gas and connection of each of the hinged tubular structure 2 by means of a connecting means, in this case, the coupling 6 with valve with an external centering cone 7 and the receiving winch 33, mounted on the bow of the vessel (see Fig.3). This boot device provides a safe distance of approximately 60 m between the two vessels and provides connectivity and transport of flowable product in marine conditions, specific for each manufacturing site. In practice, the second vessel 9 is kept along the axis of the first vessel 10 by means of two tow ropes 26 located on respective opposite sides of the fore part of the vessel 9, and which are fixed in the rear part of the first aircraft is 10.

The connecting elements located at the end of the tubular structures 2, and connecting elements located on the second vessel 9 to download, shown in more detail in Fig.3.

More specifically, regarding the elements mounted on each outer segment 2b, node three rotating joints 30, allowing rolling, keel pitch and yaw movement of the vessel 9, and which is connected to the first vessel 10, the ends of the cork valve 5, is configured to isolate the transportation system at the end of the transport gas. Intermediate rotating connection of this node is equipped with a device that restricts the rotation angle up to +/-5º to prevent rollover valve Assembly/cone in certain maneuver. In addition, the axis of the valve 5 in this document is inclined at an angle of about 20 ° relative to the vertical, formed by the axis of the outer segment 2b, in order to lie on the natural movement axis, if the outer segment 2b at the final stage of the connection.

Centering cone 3 is equipped with a device 31 for blocking the received cable 11 extending from the second vessel 9, and the winch 4, providing the tensioning of the rope connected to accept the cable to draw the cable in the locked position.

It should be noted that the winch can is also be independent of the centering cone through, for example, installed on a fixed structure located in a neighborhood outside of the provisions for storage of the tubular structure 2, to provide the same function.

As for the elements that are installed on the bow of the second ship 9, connected in series, the node equipment is installed for each articulated tubular design 2.

This site contains oriented down the sleeve 6 with the valve, the axis of which is inclined at an angle of approximately 20 ° in order to accommodate the channel of the valve 5 for the connection. This coupling 6 is equipped with a known emergency release.

The outer cone 7 is fixed on the sleeve 6 or mounted on the parallel construction, which provides the combination of these two channels for alignment before the seal of the coupling. This cone 7, in this case, may be oriented to ensure its alignment with the received cable 11 to an intermediate stage of the connection, described below. Guide roller 8 for this cable and switching the Jack 32 is made as one unit.

Reception winch 33 with its cable 11 is installed along the axis of the centering cone 7. This winch is a type of permanent rotation. On the basis of the present invention the tension of the cable 11, essentially continuously supported by the weight of the tubular design for connection independently researched the dependence on movements of vessels.

In Fig.4 and 5 in more detail, given an image of one of the nodes 12 three double rotating joints 28, is arranged to provide movement of the support structure in three planes (transverse horizontal motion, longitudinal-horizontal motion, vertical motion).

Each of these rotating units is double, that is, one rotating connection 28a product, doubled due to purely mechanical rotating connection 28b.

The purpose of this configuration is the liberation of the rotational coupling of the product from mechanical stress system and providing access to seals, rotary joints product by removing only one of the cone of the tube (while preserving the integrity of the site).

Reference may also be made to the publication WO 0066484 mentioned above, in more detail, describing the construction of the nodes of the pair of rotating joints.

Fig.6 and 7 illustrate an example of a system for damping oscillations based on a hydraulic motor connected to the limiter utilization, providing damping.

Therefore, the number of rotating joints in the articulated tube structure 2 is six. Adding rotating connections can significantly reduce the load on a rotating soy is inania and pipes and to avoid hardening (moreover, as provided above, see also the description of Fig.1 and 2) inner and outer segments 2a and 2b. In the case of tubular structures 2, containing seven rotating joints, the mechanical system must be installed to reduce vibrations caused by the respective movements of the two ships.

With regard to its mechanical parts (Fig.6), this system contains a ring gear 41 on the movable part of the rotating connection 28 of the node 12 and the hydraulic motor with the leading toothed wheel 40 mounted on the mounting portion of the rotating connection. When piping network design moves further with the movements of one or both vessels, the ring gear 41 also moves (ring gear is mechanically connected to the network of pipelines) and causes the rotation of the hydraulic motor 40.

Hydroscheme shown in Fig.7.

More specifically, when the hydraulic motor 40 is driven into rotation of the ring gear 41, the oil passes through the stopper 43 of the thread that holds the oil, thus reducing the speed of rotation of the motor and thus the rotation speed of the ring gear, thus providing damping. Limiters 42 pressure prevents excessive pressure in the event of fluctuations that are too bol is large.

Other elements, such as hydraulic oil coolers can be added by an expert in the field of technology, especially depending on applications.

Fig.8 and 9 illustrate a variant of the implementation of the system containing a support structure 1b, which can rotate about an axis of rotation, mounted on the first vessel 10. This option allows you to adapt to relatively large displacements of the working area transportation system (in particular, in relation transversely of the longitudinal pitching) of the second vessel 9 in difficult sea conditions, such as conditions in which currents and winds can change and overlap with orientations.

To ensure rotation of the structure 1b, the axis 21 of rotation, mounted on the first vessel 10, is the center of rotation, and a set of rollers 22 located on the guide 23 of the rolling supports the weight of the structure 1b, while ensuring its rotation. Two hydraulic Jack 24 is controlled by this rotation to fit the provisions of the design to move the second vessel 9, thus allowing to increase the working area transportation system. The area, in particular, is directly determined by the type of mooring defined for this application.

Rotating connection 25, in which the fluid product is also installed on the connecting pipelines is E. They are located along the vertical axis, as shown in Fig.9.

Furthermore, since the supporting structure 1b is rotating, tubular structure 2 is held in the off position due to a link from its external segment 2b directly to the support structure 1b (see Fig.9).

In the embodiment depicted in Fig.1, 2, 8 and 9, the second vessel 9 is kept along the axis of the first vessel 10 by means of two tow ropes 26, located one on each side of the bow and fixed in the rear part of the first vessel 10. This configuration prevents any interaction between the transport system (tubular design 2) and supporting the tow ropes of the second vessel 9.

If you are using one tow line 26 located along the axis aft of the second vessel 9 may be used variant, shown in detail in Fig.10.

Two fixed parallel construction 1 support tube loading device, which in this case is dual to each design and which cannot communicate with the Central tow rope 26 in the case of drift of the second vessel 9 in the given range.

Hard link 27a also depicted in this embodiment, between the two end flaps 5, and in which only the center of the regulating cone 3 provides two swivel tubular structures 2, which are connected mechanically.

On rotating joints, which are intermediate between the inner and outer segments 2a and 2b, another articulated mechanical link 27b provides a consolidation of the only cable 15, which is connected with shunting winch 13.

The purpose of this configuration is to simplify joins in reducing the number of necessary devices (winches, centering cones).

To connect tubular device 2 can be performed in the following stages:

- working on the second vessel 9, throws a rope or steel cable lanyard) 50 connected to accept the cable 11, the worker in the first vessel 10 (see Fig.11), so that the latter could connect it with the winch 4;

- winch 4 and the selection winch 33 are driven (the unwinding of the winch 33) to enter the cable lug 51, the connecting cable 11 and the rope 50 and, thus, the cable 11 in the inner centering cone 3 in order to block this cable lug 51 by means of a blocking device 31 (see Fig.12);

- shunting winch 13 is driven unrolling in order to make the internal segment 2a to rotate relative to the support arm 1 through node 12 in order to lower its end, by which it is connected to the external segment 2b, from its position of storage on the same side as the support arm 1 (see Fig.13). In practice, the move, the normal path which is an arc of a circle, reported to this end that in the end of the operation exceeds 90º;

- actuation of the selection winch 33 to pull (and, thus, move forward) connecting the outer end of segment 2b, made with the possibility of connection with the connecting means located on the second vessel 9 for connection with the connecting means on the lower side (see also Fig.13), and coordination of winches, which is working, lets get mentioned movement, and the outer cone 7 is oriented to align with the received cable 11. During these movements of the outer segment 2b forcibly rotated relative to the inner segment 2a around their common swivel in the direction of the sealing of the closed space formed by these two segments. Its free end, in this case, also falls on the part of the trajectory with respect to its storage position;

at the end of the tubular connection device 2 (see Fig.14) external centering cone 7 is essentially locked in position connection, i.e. its axis essentially parallel to the axis of the coupling 6 with the valve, while ka the winch is still powered in accordance with the preceding stage;

- when connecting an end of the valve 5 with the coupling 6 with the valve can be transported fluid product (see Fig.15). In this position the connection of the inner and outer segments 2a and 2b form an angle other than zero, respectively, vertical and horizontal, and a slight tension is maintained in the cable 15 to prevent tangling or dive into the water last.

The end of travel switches can be mounted on a swivel in the inner and outer segments 2a and 2b (in position 60, see Fig.15) for limiting the angular displacement between these segments, in particular, when the actuation shunting and foster winches are not running synchronously.

The detach operation uses the same logic in reverse order.

As shown in Fig.16, for large transportation systems than the systems shown in the preceding drawings, point 18 of the mounting offset of the outer segment 2b to provide retraction of the Assembly of the tubular device 2 in the storage position (the attachment point on the inner segment 2a is replaced by emphasis).

In this position the inner and outer segments 2a and 2b each tubular device 2 (three in the case of this variant in this case is connected mechanically and share the centering cone) the image of the ut angle, more 90º.

Hard rod 55 is additionally provided as an extension cable in order to better control its trajectory during maneuvering system.

In addition, the second shunting winch 13' is provided to replace the winch 13 in case of damage.

The present invention, as it has just been described, in a more General sense, provides the following details and benefits:

a. The idea of the hinged links (tubular levers) connected with the vessel sequentially from the bottom, requires no balancing, no winches for constant tension to prevent shock during coupling, reducing, in particular, the consumption of electricity. To be precise, the weight system supports take the cable in continuous tension, regardless of any movement of the vessel. The separation between the two elements are connected, is provided prior to final connection. The bodyweight of the system to ensure maneuver exclusively compared with other solutions mentioned in the prior art.

b. Metal construction, mounted on the aft mining ship has a reduced size and are usually fixed. In exceptional cases it can be rotated to provide more working area in accordance with the selected type swartout is.

c. Swivel pipe (tubular device designed to transport fluid are independent to provide redundancy in case of damage. In the case of liquefied natural gas, the minimum number is two (liquid + gas) may be increased to 3 or 4 to provide higher throughput and decrease loading time. They can also be mechanically connected together to reduce the time maneuvering during operations connection/disconnection (to ensure duplication, you can quickly disconnect).

d. System installed to reduce vibrations and containing hydraulic motor, shifting oil to create a damping may be replaced by a hydraulic Jack, gas cross stay or any other system for creating damping. It should also be noted that the hinge tubes can be connected together to limit or even exclude the impact of such fluctuations.

e. Equipment intended for series connection of the vessel is reduced to the greatest extent (coupling with valve and winch) to reduce repairs and maintenance. No need of specific rotary connection, no complex mechanical system.

f. Thanks to its design, the system is in charge of the AET easy draining of the pipeline at the end of the boot by means of a flow under pressure remaining liquefied natural gas through the outlet, located at the lowest point of the pipeline, located near the rotating connection 17 between the inner and outer segments 2a and 2b.

g. This system provides very good performance on the basis of bandwidth, up to 5000 m3/h liquefied natural gas for each pipeline transporting liquid, and a very low loss of load due to the absence of roughness inside the rigid pipe. However, flexible hoses, such as cryogenic hoses can be used.

h. All installed hard pipe designed for a service life of at least 20 years or even 25 years and only require regular maintenance without replacing the entire pipeline.

i. Reception winch can be located on the tubular device, if desired, winches and cables in a more General sense can be replaced by equivalent mechanical means known to the person skilled in the technical field.

It is obvious that the present invention is not limited to the described and depicted variant implementation and covers any variant of implementation and/or combination of their various elements.

In particular, the connection means may be a valve, while the second segment will contain a coupling with a valve at its free end, made with the possibility of connection with what lepanam.

1. Transport system a fluid product, in particular liquefied natural gas, characterized in that it contains at least two tubular device (2) for transporting a fluid product between two locations, which are independent from each other and each of which contains two segments (2A, 2b), pivotally connected to each other through a first of its ends, and the second end of the first of the two segments is suspended rotatably to a supporting lever (1) with a node (12) three double-rotating connection, node-independent three double-rotating connection of the other tubular device, or other tubular device, with a supporting arm (1) is made with possibility of installation in one of two locations, and the second end of the second segment is made with the possibility of connection with the connecting means (6), made with the possibility of installation in the second location, each second segment at its second end has a node three double-rotary connection (30), node-independent three double-rotary connection (30) of the other tubular device, or other tubular device, while the second segment (2b) attached hard link (27A), located at their second end, after the junction of three double rotary connection (30), first the tool (13, 15) to rotate each of the first segment (2A) relative to the support arm with the aim of lowering the first end of the storage positions on the same side as the supporting arm, and second means (33, 11) for attaching the second end of each second segment to
the connecting means (6) from the bottom of the connecting means by pulling the second end of each second segment (2b) up from the second location to the connecting means.

2. The system under item 1, characterized in that the segments are made in the form of a rigid pipe.

3. The system under item 1, characterized in that the first means includes a first cable connected to the first end of the first segment, and means for winding the first cable.

4. The system under item 3, characterized in that the means for winding the first cable includes a winch mounted on the supporting arm.

5. The system under item 1, characterized in that the second means includes a second cable and a winding means for the cable.

6. The system under item 5, characterized in that the means for winding the second cable includes a winch is made with possibility of installation in the second location.

7. The system under item 1, characterized in that in the storage position of each of the tubular device, the second segment is oriented so that its end which can be connected to the connection among the STV, located in the vicinity of the base support structure that supports the support arm.

8. The system under item 1, characterized in that the support arm is supported by a support structure made with the possibility of rotation around the vertical axis.

9. The system under item 1, characterized in that the second segment contains a plug valve at its free end for connection with the connecting means.

10. The system under item 1, characterized in that it contains at least six rotating connection providing movement of the tubular device.

11. The system under item 10, characterized in that the number of rotating units is equal to seven, and it further comprises a device for damping rotary connections that may occur.

12. The system under item 1, characterized in that it contains a set of several tubular devices arranged in parallel and mounted to the support arm.

13. The system under item 1, characterized in that the first location was established mining platform or platform for the secondary liquefaction of gases or vessel and a second location was established transport vessel.

14. The system under item 1, characterized in that each tubular device has an end-of-travel switches for limiting the angular displacement of the first and second is Ahmetov relative to each other.

15. Combination, characterized in that it contains a system of transporting a fluid product according to any one of the preceding paragraphs and the connecting means include means for fixing the second location.

16. Combination in p. 15, characterized in that each tubular device comprises at the free end of the second segment element in the form of a truncated cone, and the connecting means includes a complementary element in the form of a truncated cone, so that the two elements are in the form of a truncated cone can be inserted into one another for the formation of the mutual position of the system and connective means.

17. Combination under item 15 or 16, characterized in that the coupling means is a coupling valve.

18. Node, characterized in that it contains several transportation systems fluid product according to any one of paragraphs.1-14.

19. Method for transporting a fluid product, in particular liquefied natural gas through the transmission system fluid product according to any one of paragraphs.1-14, characterized in that:
turn each first segment relative to the support arm with the aim of lowering the first end of the storage positions in the same direction that the supporting arm; and
attach the second end of each second segment to the connecting means from the bottom connection is the means by pulling the second end of each second segment from the second location.



 

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18 cl, 4 dwg

FIELD: transport, distribution.

SUBSTANCE: present invention relates to device for bottling beer and other carbonated beverages using isobaric or other method. Outfeed device for bottling beer and other carbonated beverages, containing flange (2) made capable to be connected with neck of filled bottle (C), and tube (3) for feeding liquid which tube can be connected with corresponding reservoir for the said liquid. The flange and the tube are interconnected by means of body (1). The outfeed device differs in the fact that it contains the first actuating unit (11, 12) of lever type, as well as group (G) of the second actuating units of valve type functionally connected with body (1) before the flange (2), herewith, displacement of the first actuating unit (11, 12) results in axial shift of the mentioned group (G) along the body (1) with subsequent placement of its trunk-shaped element (7) in position where it enters bottle (C), in opening transport route inside the body (1) which route passes through gap appearing between inner surfaces of bushing (4) and trunk-shaped element (7) of the mentioned group (G), between inside cavity of tube (3) and bottle (C), and in opening drainage path for gas released under pressure by a liquid being poured, in appearing gap between surfaces of bushing (4) and trunk-shaped element (7) in the form of turned over funnel the outer side of which lies near inner wall of bottle (C) being filled.

EFFECT: excluding prefilling reservoirs with gas during bottling.

16 cl, 13 dwg

FIELD: instrument making.

SUBSTANCE: invention relates to encoder designed to detect the steal and can be used in distribution of dispensing of fluids, for example, liquid fluid. Encoder is fitted on the shaft extending from piston-type flow meter and can calculate the volume of distributed fluid. Encoder comprises magnet, magnetic transducer and pcb. Magnet is secured at said shaft by floating magnetic holder. Magnetic transducer allows measurement of magnetic induction and magnetic field direction to output their magnitudes to pcb.

EFFECT: adequate indication of occurrence or absence of steal.

22 cl, 10 dwg

FIELD: transport.

SUBSTANCE: invention relates to transfer of volatile fluids, in particular, alcohol from tank truck. Proposed device comprises volatilising tank whereto fed is alcohol from tank truck. Said tank comprises alcohol inlet and outlet. Said inlet and outlet are made at volatilising tank bottom to allow positioning of alcohol intake tank above the earth.

EFFECT: simplified design, higher efficiency.

13 cl, 3 dwg

System of pipelines // 2509050

FIELD: transport.

SUBSTANCE: proposed system comprises: tanks are interconnected by circular pipelines to make parallel groups, filling unit including at least one feed pipeline connected with appropriate circular pipeline via appropriate valves, discharge unit including at least one discharge pipeline connected via appropriate valves with circular pipeline. Outlet of said feed pipeline is connected with at least one discharge pipeline via appropriate bypass pipeline.

EFFECT: minimised losses of medium owing to optimum separation at purging.

9 cl, 8 dwg

FIELD: transport, distribution.

SUBSTANCE: invention relates to dispensing of drinks, particularly, to flow rate transducer including fluid chamber shaped to receive said fluid. Diaphragm assy can displace every time fluid displaces inside fluid chamber. Transducer assy allows timely control over diaphragm displacement and flaw rate signal generation processing from, at least partially, the amount of fluid displaced inside fluid chamber. Note here that device control system sub logic defines, proceeding from said signal, if fluid contains some fluid micro ingredient or fluid container is emptied.

EFFECT: timely and efficient control.

13 cl, 95 dwg

Submariner base // 2539610

FIELD: transport.

SUBSTANCE: invention relates to ship-building, specifically to enterprises intended for basing, technical inspection and renovation of vessels, as well as for initial operations connected with hydrocarbon production. Base of underwater oil-producing fleet includes administration and on-site facilities, dock, osmotron, railway station, airport with helipad. Dock is made with possibility of technical inspection of underwater vehicles which produce oil under drifting ice and represents transshipment point when oil is delivered by radio-controlled raiders in meshy containers which fill polymeric reservoirs with oil on dry-cargo vessels to deliver containers to oil refineries. Dock roof is equipped with snow-saving canisters from which melt-water can be used to raise water level in separate compartments of dock and to generate electric energy in hydraulic turbine.

EFFECT: base for underwater oil-producing fleet is organized to provide vessel technical inspection, crew rotation, replenishment of completion materials and to serve as transshipment point when oil is delivered by raiders to dry-cargo vessels.

8 dwg

FIELD: transportation.

SUBSTANCE: invention relates to floating barges used to install a superstructure for marine platforms, more specifically, to systems and methods of stabilisation of vertical rocking caused by wave impact at the barge system in process of superstructure installation. One or more damping plates may be connected in the position below the water surface with one or more barges for changing the period of barge movement relative to the period of wave motion for better stabilisation of the barge and resistance to vertical rocking. The damping plate may be connected between barges or at the end or side of the barge. Each barge may contain a damping plate, and damping plates may be connected to each other with the possibility of disconnection. Additionally the damping plate may turn in the upward direction in process of superstructure transportation to the place of installation for reduction of hydraulic resistance and then turn into submersible position during installation of the superstructure.

EFFECT: technical result is achieved in increased extent of resistance of a barge system to vertical rocking caused by wave impact when using the system for installation of a superstructure onto marine platforms.

20 cl, 23 dwg

FIELD: transport.

SUBSTANCE: self-moving drilling ship has hull made capable to rotate relative to turret mounted in it with vessel mooring system, deck, accommodations, drilling well under turret, technological drilling facilities and drilling rig with drill string passing through turret and well placed on the main deck, propelling-steering complex, power plant located in the hull. Drilling rig with underrig space, technological drilling facilities, deck walkways and accommodations of vessel are winterized - protected against adverse environmental conditions by safety cages with heating system. Around lower part of drilling well, ring-shaped guard is installed to prevent ice entering. Turret, drilling well and drilling rig with drill string are located in fore part relative to midship section, and accommodations are located in aft part of vessel. The vessel is provided with helicopter deck, system for personnel safe emergency vessel escape in icy conditions, as well as with dynamic positioning system.

EFFECT: improved operational characteristics of drilling ship during prospecting and exploratory drilling on arctic shelf.

1 dwg

FIELD: oil and gas industry.

SUBSTANCE: platform consists of a cylinder-shaped semisubmersible hull placed vertically above and below the sea level. The platform hull has a concave part, which reduces its cross-section area. The concave part is formed discretely at the outside peripheral surface of the platform hull, at that the depth of the platform submersion is regulated so that in extreme sea conditions the water line is at the concave part level.

EFFECT: preventing vertical resonance of the platform in extreme sea conditions due to increase of free oscillation period for the platform heaving.

7 cl, 5 dwg

FIELD: construction.

SUBSTANCE: group of inventions relates to designs of floating pools for people bathing. A floating pool comprises a reservoir and pontoons connected by one side to an upper edge of the reservoir and arranged along its perimeter. According to the first version the pool is equipped with spreaders that connect the edges of the reservoir bottom along its perimeter with the side of pontoons, opposite to the side of fixation to the reservoir made in the form of a stiff frame with a shell from a flexible material attached to it. Fixation of pontoons to the reservoir is made as hinged and capable of rotation of the pontoons in a vertical plane. According to the second version the pool is equipped with a flexible supporting element and spreaders placed at the outer side of the reservoir bottom and spreaders that connect the supporting element with the side of pontoons opposite to the side of their fixation to the frame. The reservoir is made in the form of a stiff frame with a shell of a flexible material attached to it. Fixation of pontoons to the reservoir is made as hinged and capable of rotation of the pontoons in a vertical plane.

EFFECT: increased reliability of the pontoon fixation and the pool stability on water.

9 cl, 1 dwg

FIELD: agriculture.

SUBSTANCE: group of inventions relates to processing of dredge spoils excavated by the dredger. The method of transportation of dredge spoils from the fields of excavation located in the area of re-use at a great distance from them comprises the steps at which the marine transport vessel is located for anchorage near the excavation area, with the much larger size than the dredge, adapted to receive a large amount of dredge spoils in a condition suitable for transportation, the excavation of dredge spoils, using at least one dredger, bringing the dredge spoils to a condition suitable for transportation by the supply of dredge spoils from the dredger to a centrifugal separator separating dredge spoils onto wet fraction and dry fraction, and the dry fraction is collected and fed to the gravity separator additionally separating the collected dry fraction to the drier and wetter fractions in comparison with the dry fraction, in which the drier fraction is collected in a transport vessel made with the ability to receive the drier fraction of dredge spoils and transportation of the drier fraction to the area of re-use using the transport vessel, the location of transport vessel for anchorage in the area of re-use and unloading of drier fraction from the transport vessel in the area of re-use.

EFFECT: delivery to the consumer of finished construction products is ensured, immediately after the processing of the underwater ground on the watercraft.

17 cl, 2 dwg

FIELD: transport.

SUBSTANCE: proposed platform comprises hull with main deck with crew quarters, process and general ship equipment, device to discharge oil products to tankers, copter deck and riser shaft at platform centre. Crew quarters have closed shape and is arranged equidistant to main deck outer outline. Process equipment is located so that it is limited by crew quarter inner fire- and explosion-proof wall. Crew and working quarters are arranged along crew quarters outer wall. Platform is equipped with canopy-shape coating located above the main deck and connected crew quarters and composed by separated trapezoid-shape flaps aligned with platform centre. Canopy base flaps rests on crew quarters inner wall. Riser pit height equals that of canopy top parts and terminates in bearing platform jointed by horizontal hinged with every flap of said canopy.

EFFECT: perfected performances by reducing the platform's gravity center, uniform weight distribution on the body of the platform from the residential unit and to protect the process equipment from the weather wave and wind effects.

5 cl, 4 dwg

FIELD: mining.

SUBSTANCE: method comprises use of marine technological complex comprising an offshore platform, subsea satellites and coastal technological base interconnected by technological communications. The drilling process is resupplied with robotic means of oil spill response at all possible stages of an emergency process. The wellbore fluid is pumped to the onshore processing facilities made in the form of a group of interconnected underground tanks. When pumping the wellbore fluid the energy of terrastatic pressure is used, if necessary, using the booster compressor station. Disposal of oil-field water is carried out by the method of geological purification by pumping into the absorbing deep ground, and only in case of critical terrastatic pressure drop is heated and used as liquid washing oil from the rocks of the productive formation. All the technological units of marine technological complex are supplied with electricity from the power unit of a nuclear reactor. The objects of the coastal technological base are electrically connected to the power unit of the nuclear reactor by means of the power cable.

EFFECT: increased efficiency and safety of development of hydrocarbon deposits of the Arctic shelf.

2 cl

FIELD: transport.

SUBSTANCE: proposed platform comprises at least one hollow submersible element with at least one opening in the hull and system to feed working gas into said submersible element and to bleed it therefrom. Said hollow submersible element has at least one lug while platform is equipped with at least one floating element with at least one lug and at least one guide rod fitted in lugs of floating element and hollow submersible element.

EFFECT: perfected performances.

2 cl, 4 dwg

FIELD: transport.

SUBSTANCE: invention relates to ship building, particularly, to underwater extraction of fluids or gases. Proposed device consists of floating structure, for example, ship equipped with one-point mooring anchor system. Said system is composed of turret articulated at vertical well extending through floating structure hull anchored at sea bottom to accommodate pipelines to feed fluid to floating structure equipment. Mooring anchor system comprises device to guide turret into said well and axial and radial bearing assemblies.

EFFECT: higher reliability.

23 cl, 10 dwg

FIELD: transport.

SUBSTANCE: in system for fluid medium transportation to vessel, receiving cavity located in submerged part of vessel and opened downwards is made with possibility of buoy, transfer pipeline and mooring line to be passed through it, is placed from bottom to upper part of vessel with inclination of at least one of its walls and is provided in its upper part with room for equipment, which room is located in vessel hull between its submerged part and deck or on the deck and accommodates lifting device and docking and mooring gears made capable to be connected with flexible transfer pipeline and moorings respectively through receiving cavity. The lifting device is provided with gripper made capable to capture and lift buoy and buoy rope and including carrier vehicle and gripping element. Gripper buoy is made as rugged sealed case with positive buoyancy, with hydroacoustic and light beacons placed in it and is connected by buoy rope with head part of flexible pipeline which is connected with underwater equipment by mooring line. Discharging valve and pump of underwater terminal are made capable to be switched on/off according to hydroacoustic signal.

EFFECT: simplification of system for fluid medium transportation to floating vessel and cutting time for fluid medium transportation.

4 cl, 6 dwg

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