Device for distribution of fluid medium and its implementation

FIELD: machine building.

SUBSTANCE: device (1) for distribution of fluid medium consists of modules (5) of direction of fluid medium and assembly of functional elements (7), and of case (3) with at least one side (9) of modules (5) fastening. Also, the said side (9) of fastening consists of uniform net of devices (11) of modules fastening. Channel (13) for fluid medium is made inside case (3).

EFFECT: decreased dimensions of device.

13 cl, 7 dwg

 

The invention relates to a device for distributing a fluid medium containing modules directions of fluid and Assembly of functional elements designed to interact with the fluid medium, and a housing with at least one surface for mounting modules, which contains the uniform network attachment module.

The invention can be used, in particular, for analyzing or measuring characteristics of fluid circulating in industrial settings.

For this purpose, the device of the above type. In this case, the body is made of a thin plate. Fastening is made in the form of threaded holes passing through the plate and distributed according to one of the two options provided by the standard ANSI/ISA-76.00.02-2002.

The holes are distributed in such a way that they form a square, the distance between the two holes of the same square can be 37 mm or 56 mm

Thus, the plate can be fastened modules directions of the fluid, the size of which also meet the above standard. These modules are designed essentially in the form of a parallelepiped with a square base, the sides of which have a length of 38.2 mm, if you choose the first option, or respectively 57,2 mm, if you choose the second option.

The modules contain internal is nie located one behind the other channels, connected by connecting elements to ensure that the fluid. The modules also serve for mounting the functional elements designed for interaction with a fluid medium, such as valves, taps, gauges, transducers, sensors, etc.

Due to the above standard plate with holes, the modules and elements are interchangeable, regardless of the manufacturer, which allows, in particular, to ensure that they are low cost.

For analysis of a fluid environment, for example, in an industrial installation, you can use the device for the distribution of fluid, equipped with the corresponding functional elements that are outside the allotment made to the pipe in which circulates the analyzed fluid. As a rule, between diversion and distribution device of the fluid set the filter to prevent contamination of the elements of the analysis.

Such known devices distribution has proved quite effective, however, it would be desirable to reduce their size.

The present invention is a solution to this problem due to the distribution device of the above type which has a reduced size.

In this regard, an object of the invention is a device of the above type in which the ohms according to the invention inside the housing is formed a channel for the fluid.

According to private options perform the invention may contain one or more of the following distinctive characteristics, taken separately or in any technically possible combinations:

the housing contains at least two surface mount, each of which contains a uniform network attachment module;

channel for fluid and one or each surface fasteners are located along the longitudinal direction;

- cross section of the housing has the form of a polygon with one or each surface mount forms a side of the polygon;

the number of mounting surfaces on the body is equal to the number of sides of the polygon;

channel for the fluid passes through the body;

- fastening means are holes made in one or each surface of the mounting body;

- fastening distributed at the corners of the squares;

- the length of the sides of the squares is 37 mm or 56 mm;

the device further comprises functional elements can be mounted on one or each surface fastening with fastening means for interaction with a fluid medium;

the device includes a filter for filtering the fluid, and the filter is installed on the housing.

The object of izobreteny what is the use of the above devices distribution of fluid to the engine power of the vessel.

Fluid may be an oil.

The present invention will be better understood from the following description, provided solely as an example, with reference to the accompanying drawings.

1 schematically shows a device for the distribution of fluid in accordance with the present invention, a view in longitudinal section;

figure 2 shows a schematic view of the device shown in figure 1, in section along the line II-II in figure 1;

figure 3 shows a portion of a surface mounting of the device shown in figure 1, a top view;

figure 4 schematically shows the left flange of the device shown in figure 1, in the direction of the arrow IV, front view;

figure 5 schematically shows the extension direction of the fluid device shown in figure 1, a top view;

figure 6 schematically shows a connecting element made with the possibility of its use with the device shown in figure 1, a view in section;

7 schematically shows a device for the distribution of fluid according to another variant embodiment of the invention, side view.

As shown in figure 1, the device 1 distribution of fluid includes a housing 3, the modules 5 of the direction of the fluid and functional elements 7 for interaction with the fluid medium. In particular, e is their elements 7 are elements for processing, and/or measurement and/or analysis of the fluid or the flow.

Building 3 is located along the longitudinal axis L and has a sectional shape essentially square. Thus, the housing 3 contains four surface 9 (2), each of which corresponds to the specified side of the square.

Each surface 9 provided with a uniform network of threaded mounting holes 11. This network meets the ANSI/IS-76.00.02-2002. The sides of the squares of the connecting axis of the holes 11 may have a length of from 1 to 37 mm, if you choose the first option of this standard.

As will be shown below, the network of holes 11 provides mounting surfaces 9 modules 5, also meet the ANSI/ISA-76.00.02-2002, i.e. modules 5, which in the top view are essentially square shape with a side length of L 38.2 mm, if you choose the first option of the standard.

Through the housing 3 passes the main channel 13 circulation of a fluid medium which is located inside the housing 3 along the axis L. In the present example, the center of the main channel 13 is essentially coincides with the center of the housing 3.

In the presented example in the main channel 13 is the filter 15, containing radial filter element 17 and two hollow tube 19. Tube 19 is inserted in the ends of the channel 13 and is provided with spacers 21. Tube 19 is compressed between them in the longitudinal direction of the filter element 17, keeping it in Adelina direction away from the side wall of the main channel 13. In another embodiment, the tube 19 may be connected with a filter element 17 by means of welding.

The first end of the housing 3 (shown in figure 1 left) continued the first flange 23 of the mounting module 5. This flange 23 is made in one piece with the housing 3.

Through the first flange 23 are four holes 25 of the supply of fluid to the modules 5. For example, these openings 25 are uniformly distributed in the angular direction around the axis L. the Holes 25 are made stepwise and contain extended parts 27 directed towards the rest of the body 3, i.e. to the right in figure 1.

In case 3 are also auxiliary channel 29 for the fluid. This channel 29 with one hand goes to the side wall of the main channel 13 in a substantially Central area of the case 3, and then passes in the longitudinal direction toward the flange 23, passes through it and exits.

The flange 23 also contains holes 31 mounting the locking plate 33 on the flange 23. These openings 31 can be distributed similarly to the holes 25 and can be located in the flange 23 at a greater radius than that of the holes 25.

Through the locking plate 33 is the Central hole 35 that communicates with the internal space of the tube 19 (figure 1 left), while the interior of this tube 19 communicates with the internal space of the filter element 17.

p> Plate 33 holds the tube 19 within the channel 13.

In the side of the locking plate 33 opposite the flange 23 is made Razzakova 37, which tells the auxiliary channel 29 with holes 25 and has the shape of, for example, rings. Located one against the other sides of the flange 23 and the locking plate 33 can be installed sealing gasket 39.

All modules 5 have similar designs, so in the future with reference to figure 5 will be described in only one module.

As mentioned above, a normal module that corresponds to standard ANSI/ISA-76.00.02-2002, so its description will be brief. Module 5 is a block in the form of an essentially parallelepiped, which has essentially the shape of a square and the corners of which are equipped with sockets 41, designed for screw mounting module 5 on one surface 9 of the housing 3 by screwing into the holes 11.

In the example shown in figure 5, module 5 is made of the channel 43, which passes through a fluid medium and which itself passes through the module 5. Channel 43 extends on the top side of the module 5 through the hole 45 that is designed for power supply element 7 that is installed on the module 5 by means of four threaded holes 47 located in module 5 at the corners of the square.

As is known, the modules 5, used in the apparatus shown in figure 1, can the future shape and number of channels 43 or holes 45, different from module 5 shown in figure 5.

In the apparatus shown in figure 1, each surface 9 is equipped with modules 5, installed in a line along the longitudinal axis L. In some embodiments, the application of some surfaces 9 are not used. The communication between these different modules 5 and advanced sections 27 holes 25 of the first flange 23 is provided, as is known, the connecting elements 49, placed at the ends of the channels 43 and in sections 27.

It is also known that the elements 7 installed on modules 5.

It should be noted that figure 1 shows only some of the modules 5 and item 7.

Element 7, shown above and to the left in figure 1, may be, for example, a valve, following him to the right element 7 may be a pressure gauge, bottom left element 7 can be cleaner filter. Thus, on each surface 9 forming the circuit, all circuits allow the necessary measurements and analyses of fluid. It should be noted that in some embodiments for the connection of modules 5 that are installed on adjacent surfaces 9, and, consequently, for connections located on each side of the paths provided by curved connecting elements 63 (6).

At its second end (figure 1 right) case 3 has a second flange 51 of the mounting module 5. This flange 51 are screwed up on building the CoE 3, and as the flange 23 it contains four holes 25, ending the expanding areas 27. The flange 51 retains the right tube 19 in the main channel 13.

In sections 27 of the second flange 51 and the modules 5, the extreme right in figure 1, enter the connecting elements 49 (not shown). The connecting member 49 is located between the modules of each pair of modules 5. It should also be noted that the connecting elements 49 are located between the first flange 23 and modules 5, to the left in figure 1.

Thus, the modules 5 on the one hand fixed to the sides of a 9 by screwing into the holes 11, and on the other hand are held in the longitudinal direction through the connecting elements 49 and flanges 23 and 51.

In the present example, Razzakova 52, made approximately 180 around the axis L, connects the lower hole 25 and the two middle holes 25 of the second flange 51. Razzakova 52 made, for example, in the form of an annular sector, is closed by the shut-off plate 53 fixed to the flange 51. This plate 53 has a Central hole 35, similar to the hole 35 of the plate 33, and the two stepped holes 57 for the passage of fluid passing through the modules 5. One of these holes 57 is located opposite to the upper hole 25 and with him reported. Another hole 57 is located opposite the lower holes 25 of the flange 51 and communicates with the hole 25 and what rostenkowski 52.

The device 1, shown in figure 1, there are, for example, on otodrom circuit oil system of the engine of the vessel, for example an oil tanker.

Fluid circulating in otodrom circuit, in this case oil, is fed into the left hole 35, as shown by the arrow 59 in figure 1. Part of this fluid circulates in the longitudinal direction inside the filter element 17 and exits through another hole 35, as shown by the arrow 61, and is then forwarded to the rest of the drop path, and then into the oil system of the engine. Thus, the housing 3 forms a site run-off path.

Another part of this fluid received in the filter element 17, is filtered through the filter element 17 in the radial direction, then circulates in the auxiliary channel 29 and continues through rostenkowski 37 in the openings 25 of the flange 23. This is another part of the fluid nourishes modular series 5 installed on each surface 9. After this fluid passes through the paths formed on each of the surfaces 9 modules 5 and elements 7, which produces the necessary measurement and/or analysis.

Then fluid going from one side of the upper holes 25 of the flange 51 and the plate 53, and on the other hand - the lower and middle holes 25 of the flange 51 through razzenkovku 52 and the bottom hole 57 stratum of the us 53. The collected fluid is then sent to the idler circuit and in the oil system.

It should be noted that the upper hole 57 of the plate 53 may be designed, for example, to remove the contaminated part of the fluid medium, and in this case this part is not directed toward the discharge path or in the main channel. It should also be noted that depending on the need Razzakova 52 may, for example, to combine only two holes 25, and that can be used other Razzakova 52, and that may not be a single rostenkowski 52.

The device 1, shown in figure 1, has a very small size.

This is due to the fact that the housing 3 itself has an internal channel 13, is designed to circulate the fluid, and so that the housing 3 contains several surfaces 9 of the mounting module 5 located around the channel 13.

It should also be noted that the transit time of the fluid between the main channel 13 and elements 7 is reduced, thereby increasing the accuracy of measurements and analysis.

You can also use many other designs.

For example, figure 7 shows another variant of execution in which the device 1 is installed on the flange 65 of the outlet 67, located on the pipeline 69 industrial installations.

As shown by the arrow 71, the fluid passes through the channel 13, the e containing the filter element, and, passing upward (figure 6), is filtered in the upper filter 72, rigidly connected to the housing 3, and then goes down and passes, as shown by arrows 73, through a series of modules 5 provided along the surfaces 9 and then sent to the pipe 69. It should be noted that figure 6 to simplify the drawing, the elements 7 are not shown.

You can also use other forms of housing 3, for example with a polygonal cross-section other than square, and the housing 3 can be made of several parts.

Similarly, the number of surfaces 9 of attachment may vary and, in particular, may be less four. You can even, for example, use case 3 containing only one side 9 of the mounting modules. Indeed, the mere fact of execution in the case 3 channel 13, intended for the fluid, allows a gain in size.

On the other hand, you can use the case 3 with multiple surfaces 9, for example, each of which corresponds to the side of the polygon, not using the internal channel 13 in the housing 3.

In General, the channel 13 is not necessarily the channel intended for the passage of fluid. He may represent, for example, the channel-drive the fluid from which the fluid medium after accumulation is pushed by a piston, and then passes through a number or series of modules 5, set the run on the surface or surfaces 9 of the fastening device 1.

Holes 11 may be replaced by other fastening means, such as protrusions, and may be arranged in a uniform pattern, different from what was described above. This could be in particular the case if the above standard should be changed or must be replaced by the standard, which stipulates other requirements.

It should be noted that the casing 3, the modules 5 and the elements 7 may be sold separately.

It should also be noted that the above principles can be applied in various fields and, in particular, in industrial installations or vehicles.

1. The device (1) distribution of fluid containing:
modules (5) direction of the fluid and Assembly of functional elements (7), made with the possibility of interaction with a fluid medium, with functional elements (7) are designed to be installed on the modules (5)and the modules (5) made with the possibility of connection between the connecting elements (49, 63) to form at least one path measurement or analysis of a fluid medium;
the housing (3)containing at least one surface (9) of the mounting modules (5), said surface (9) contains a uniform network means (11) mounting modules, characterized in that inside the body (3) made the channel (13) for fluid cf is water.

2. The device according to claim 1, characterized in that the housing (3) contains at least two surfaces (9) of the attachment, each of these surfaces (9) contains a uniform network means (11) mounting of modules on the basis of the same figure.

3. The device according to any one of claims 1 or 2, characterized in that the channel (13) for the fluid and one or each surface (9) fasteners are located along the longitudinal direction (L).

4. The device according to claim 3, characterized in that the cross-section of the housing (3) has the form of a polygon with one or each surface (9) of the attachment forms a side of the polygon.

5. The device according to claim 4, characterized in that the surfaces (9) mounting on the housing (3) is equal to the number of sides of the polygon.

6. The device according to claim 1, characterized in that the channel (13) for the fluid passes through the housing (3).

7. The device according to claim 1, characterized in that the fastening means are holes (11)in one or each surface (9) securing housing (3).

8. The device according to claim 1, characterized in that the means (11) securing distributed at the corners of the squares.

9. The device according to claim 8, characterized in that the side length of the squares is 37 mm or 56 mm

10. The device according to claim 1, characterized in that it additionally contains the elements (49, 63) for connection between the Wallpaper modules (5), rigidly connected to one or each surface (9) securing and education on one or each surface contour measurement or analysis of a fluid medium.

11. The device according to claim 1, characterized in that it further comprises functional elements (7), made with the possibility of installation on the modules (5) for mounting on one or each surface (9) of the fastening by means of (11) securing and for interaction with the fluid medium.

12. The device according to claim 1, characterized in that on the housing (3) has a filter (15; 72) for filtering a fluid medium.

13. Application device according to any one of the preceding paragraphs for the distribution of the fluid that feeds the engine of the vessel.

14. Use item 13, characterized in that the fluid medium is oil.



 

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22 cl, 19 dwg

FIELD: machine building.

SUBSTANCE: hydraulic valve comprising several ports communicating to relief channel (5) and slide valve (8) arranged with the possibility of displacement for control of communication between channels. Slide valve has side transverse seal (13) arranged as a whole with slide valve and engaged with relief channel. In one position valve slide (8) isolates the first port (9) from the second port (10). In another position of slide, transverse seal (13) interacts with the first port (9) and provides for communication between the first port (9) and the second port (10) by means of channel (14) arranged inside slide valve. Slide valve includes the first and second sections (8a and 8b) with various efficient area of cross section, besides at each section sealing element (16, 17) arranged as a whole forms radial seal between slide and relief valve (5).

EFFECT: using supply port, working fluid pressure is maintained outside the slide valve so that force is provided trying to close the valve as a result of various areas of cross section.

11 cl, 4 dwg

FIELD: engines and pumps.

SUBSTANCE: arrangement of valves of support legs 10, 11 comprises two controlled check valves 24, 25 connected in parallel, one of them, 24, being connected on inlet side to return pipeline R and second one, 26, being connected on outlet side with outlet of piston A1 of leg 10. Note here that at least another one controlled check valve 22, 28 is used with its outlet side connected with outlet A' of leg 10 piston surface and its inlet being connected with return tube R or control contact of A2 of the valve. Combination of two support legs 10, 11 and pump cylinder 50 for arrangement above that comprises two stepped pistons fitted coaxially in common casing differs from known design in that each piston forms piston space and annular space, while casing has two annular outlets communicated with piston surface outlet of appropriate leg.

EFFECT: higher reliability of operation.

11 cl, 3 dwg

Valve // 2398151

FIELD: machine building.

SUBSTANCE: valve actuating hydro-cylinder (10) contains at least one slide. The slide shuts off flow channel inside the valve. Flow channel (48, 50) does not run through slide (40) of the valve. The valve contains a connection (R) of a reverse line continuously connected with slide (40) of the valve. Slide (40) of the valve on both sides is coupled with the connection of the reverse line. There is also disclosed procedure of installation section of a powered roof support by means of the said valve.

EFFECT: increased reliability of commutation with reduction of forces effecting valve seat.

14 cl, 2 dwg

FIELD: production of hydraulic distributor for electro-hydraulic amplifiers.

SUBSTANCE: the hydraulic distributor is intended for use in electro-hydraulic amplifiers and is supplied with the drive of a sliding valve made in the form of a turning electrical motor, on the shaft of which there is a cantilever eccentric with a ball bearing. On the sliding valve there is a groove for interaction with the bearing and the shaft sealed with a reinforced sealing ring.

EFFECT: the invention ensures increased efficiency of the hydraulic distributor operation.

2 cl, 4 dwg

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