RU2475224C2 - Vibro vm-2008 water concussor - Google Patents

Abstract

FIELD: medicine.

SUBSTANCE: invention refers to medical equipment and aims at generation of water vibrations in a bath. An apparatus for generation of water vibrations, bath vibrations, as well as an audible sound comprises a bath and a frame arranged therein. The apparatus comprises a generator for water vibration, bath vibration, audible sound accommodating a valve, a plug, a connective line. The plug integrates a cross bar, water stripping ducts, a centre hole for connective line fixation and placement in a bath water spill. The valve has a centre hole and contacts with a ring-shaped rise of the plug. The connective line has clamps; it is fixed in the centre holes of the plug and the valve.

EFFECT: excitation of audible sound and water vibrations in the bath to have a favourable effect on the psychological and physical state.

15 dwg

Description

The invention is intended for use in medicine when taking water procedures. The technical result is the excitation in the bathroom of an audible sound and water vibrations that have a beneficial effect on the psychological and physical condition of a person. The invention can be used by children and their parents during water procedures, as a developing, entertaining and educational toy that instills an interest in physics. The invention can be used in educational institutions as a visual aid in physics. The invention clearly and very clearly shows students and future specialists of important structures those reasons that can activate dangerous vibrations in water power plants, oil pipelines, gas pipelines, submarines and similar structures. The invention is able to increase the healing properties of bath salts dissolved in the bath. In order to take advantage of the work of this invention, you only need:

- pour water into the bath;

- remove the usual drain plug;

- lean against the hole of the bathtub spillway of the invention VIBRO MASSAGER "VIBRO VM-2008", which will be sucked by the water flows to the hole and which itself will be hermetically fixed in this hole;

- lie down in the bath and enjoy the sound, similar to the sound of an airplane flying high in the sky.

Lying in the bath, you can feel the vibration of water with your body.

In the bath you can pour salt into the bathtub, which will be rubbed into the body with sound under water.

The VIBRO VM-2000 device according to the patent RU 2153314 is known from the prior art. The VIBRO VM-2008 device is very different from the VIBRO VM-2000 device in its improved shape and the absence of unnecessary parts in the element that excites vibration, in particular the absence of rubber cores, retainer, rubber rings, receptacle, stopper and retaining cavities. The absence of extra parts in the VIBRO VM-2008 device significantly simplifies the assembly and operation of the device.

An improved form of the VIBRO VM-2008 device allows you to install this device in different diameters of the bathtub drain holes, which was not technically possible when using the VIBRO VM-2000 device, which could only be installed in the same size drain hole.

The device "VIBRO VM-2008" is installed in the drainage hole of the bathtub in the same way as a regular drainage plug, but at the same time it passes water through itself and transforms the pressure force of the water into rotating hydroblows of the same water that presses the device. The device "VIBRO VM-2008", taking on and passing through itself the kinetic force of hydroblow, transfers this kinetic force to a metal bath, which allows the bath to sound like a bell.

A brief description of the drawings.

Figure 1 - Frame cork. View from above.

Figure 2 - Assembled cork. View from above.

Figure 3 - Valve plugs. View from above.

Figure 4 - Cork frame. Side view.

Figure 5 - Assembled cork. Side view.

6 - Valve plugs. Side view.

Figure 7 - Cork frame. Side view of the middle section.

Fig. 8 - Assembled cork. Side view of the middle section.

Fig.9 - Valve plugs. Side view of the middle section.

Figure 10 - Cork frame. View from below.

11 - Assembled cork. View from below.

12 - Valve plugs. View from below.

Fig - Isometric image of the assembly of the cork of the valve, frame and connecting line.

Fig. 14 is an isometric view of a plug assembled from a plug framework, a plug valve, and a connecting line, on which the fixing assemblies are already tied.

Fig - The working position of the cork, pressed by the pressure of water to the drainage hole of the bath. A side view of a section of the middle of the bath.

Designations of the elements available in the drawings.

1 - Connecting fishing line.

2 - The upper fixing unit.

3 - Lower, fixing node.

4 - Crosspiece cork.

5 - Channels for water outlet.

6 - The center hole of the plug.

7 - Annular elevation of the cork.

8 - Decorative elements of the frame.

9 - The center hole of the valve.

10 - Top, decorative elements of the valve.

11 - Lower, decorative elements of the valve.

12 - Regulatory clearance.

13 - Hinge-docking surface.

14 - Docking stopper frame cork.

15 - Hiding compartment.

16 - Regulatory elevation.

17 - Siphon.

18 - Drainage hole.

19 - The bottom of the bath.

20 - Water pressure.

The implementation of the invention.

The invention of "VIBRO VM-2000" will work only when it includes in its structure the causative agent of water hammer and communicating vessels, between which the causative agent of water hammer is installed. That is, the communicating vessels become parts of the VIBRO VM-2000 device itself, without which the main causative agent of rotating hydraulic shocks will not work.

The causative agent of rotating hydraulic shocks in the invention of "VIBRO VM-2000" is the plug shown and indicated in the drawings as figure 2. Typically, this plug is installed in the drain hole of the bath siphon, where the bath is the giving vessel and the siphon is the receiving vessel. The presence of fluid pressure in the bath, in the absence of fluid pressure in the siphon, is one of the main reasons that allows the plug to transform the kinetic force of water pressure into other physical forces.

On Fig shows the working position of the tube, pressed by the pressure of water to the spill hole 18. The hinge-docking surface 13 of the frame of the plug allows you to place the plug in, different in diameter, the drain holes of the bathtubs. The bottom of the bath 19 takes on the kinetic force of the water shocks created after the transformation of the kinetic force of the water pressure 20. The control gap 12 passes a very thin stream of water from the bath into the siphon 17. The water passing through the control gap 12 plays the role of a breaker for the stability of the distribution of water pressure on the plug , which brings the water pressure into a state of resonance of a stable frequency.

The strength and frequency of water hammer mainly depends on: the height of the water column; the height of the regulatory clearance 12; physical properties of communicating vessels; physical properties of the space in which the communicating vessels are located; the presence or absence of air domes above the cork.

The cork itself is assembled from the following three parts:

- cork frame, indicated and shown from different sides in the drawings as in FIG. 1, FIG. 4, FIG. 7, FIG. 10;

- valve plugs, indicated and shown from different sides in the drawings as Fig.3, Fig.6, Fig.9, Fig.12;

- connecting line 1, shown from different sides in figure 2, figure 5, figure 8, figure 11, figure 13, figure 14 as an element connecting the tube frame with the valve plug. The design of the cage frame includes the following elements:

- the crosspiece of the cork 4, receiving and distributing the main burden of water pressure in the design of the cork (see figure 1, figure 10);

- channels for the withdrawal of water 5, making it easy to pass water from the regulatory gap 12 into the siphon 17 (see figure 1, figure 10);

- the center hole of the plug 6, fixing the center position of the connecting line 1 in the plug construction (see FIG. 1, FIG. 7, FIG. 8, FIG. 10);

- the annular elevation of the plug 7, to the tops of which, under the influence of water pressure, tend to snuggle up the valve, which never manages to snuggle up to the annular elevation of the plug 7, and only manages to overlap the annular elevation of the plug 7, in a circle, cyclically, one side with an audible frequency sound, due to the fact that under the center of the valve is the center of the regulatory elevation 16, which creates a regulatory clearance 12 between the annular elevation of the plug 7 and the valve (see Fig. 1, Fig. 4, Fig. 5, Fig. 7, Fig. 8 Fig. 15);

- decorative elements of the frame 8, the parameters of which can be changed depending on the subject of sales of the invention, and in particular, obtaining external similarities with various forms of UFOs (see figure 1, figure 2, figure 4);

- hinged surface 13, which allows the plug itself to center its tight position in, different in diameter, spill holes (see figure 4, figure 7, figure 10);

- a docking stopper of the cage frame 14, which prevents the cork from falling into the drain holes of the bathtubs and which always holds the hinge-docking surface 13 in the desired position for tight docking (see Fig. 7, Fig. 10);

- hiding compartment 15, designed for aesthetic concealment in the tube frame of the lower fixing unit 3 of the connecting line 1 (see Fig. 7, Fig. 8);

- regulatory elevation 16, the parameters of which are laid on the production of the cage frame and which does not allow the valve to fully press against the annular elevation of the plug 7, creating a regulatory clearance 12, which is one of the most important points in understanding the formula of the present invention (see Fig. 1, Fig.7, Fig.8).

The design of the valve frame includes the following elements:

- the center hole of the valve 9, which fixes the center position of the connecting line 1, which, in turn, fixes the center position of the valve 9 itself with respect to the center of the regulatory elevation 16 (see FIG. 3, FIG. 8, FIG. 9, FIG. 12);

- upper, decorative, elements of the valve 10, the parameters of which can be changed depending on the sales topic of the invention, and in particular, obtaining external similarities with various forms of UFOs (see FIG. 2, FIG. 3, FIG. 5, FIG. 6);

- lower, decorative, elements of the valve 11, the parameters of which can be changed depending on the subject of sales of the invention, and in particular, obtaining external similarities with various forms of UFOs (see Fig. 9, Fig. 12).

Connecting fishing line 1 includes the following elements:

- the upper fixing unit 2, which is tied over the valve at a distance no closer than 3 mm from the surface of the valve plug and which prevents the valve from getting lost from the frame of the plug, sliding off the connecting line (see figure 2, figure 5, figure 8 , Fig. 14);

- the lower, fixing unit 3, which is tied under the cage frame and pulled into the concealment compartment 15 and which prevents the cage frame from being lost from the cork valve, sliding off the connecting line (see Fig. 8, Fig. 14).

The plug vibrates loudly, even if 1 millimeter of water level is above the valve. The cork design can be made at different scales, which makes it possible to create different power vibrations. The external and internal design of the cork design can be changed without affecting the working functions performed by this device. Parts of the device can be made of materials that convert mechanical vibrations into electrical discharges and other pulses. Other devices that can use and transform the kinetic energy of vibrations can be fixed in the design of the device parts.

Description of the exemplary use of the invention for educational purposes.

Feature: When using the invention for educational purposes, it is desirable to replace the word “cork” with the word “turbine”.

1. Place a bath on the table in the classroom of a college, school, or training center for hydraulic engineering.

2. Invite students to the classroom.

3. Invite class members to look carefully at the bathtub.

4. Fill the bathtub with water.

5. Place the turbine in the spillway of the bathtub, as if it were a bath plug.

6. Students must listen to the sound of the turbine for thirty minutes.

7. After thirty minutes, students will realize that they are seeing an amazing phenomenon.

8. The water level in the bath, in 30 minutes of operation of the turbine, will drop only ten centimeters.

9. The teacher should tell the students that this turbine captures the energy of water pressure more efficiently than other subsea turbines.

10. The teacher should tell the students that other turbines cannot create such powerful vibrations and sounds with only such a small pressure and with only such a small amount of water.

11. The teacher should tell the students that this turbine is the most efficient water pressure transmitter.

12. The teacher must tell the students that the turbine's efficiency is more than a hundred times that of any other turbine.

13. The teacher should tell the students that the turbine uses only 2.5 liters of water in the interval of one minute.

14. There should be another bathtub in the auditorium, in which a working model of a conventional water power plant captures the force of water pressure using screws.

15. The current layout of a conventional water power plant should dock with the spillway of the bath.

16. Under water, to the screws of the model of the power plant, it is necessary to put not a magnetic transducer, but only a bell, which should sound at a time when the ends of the blades of a rotating screw will beat it.

17. To compare the superiority of the turbine, the model of the power plant must also use 2.5 liters of water in the interval of one minute.

18. The screws of the layout of the power plant will rotate when water moves through the layout into the spillway.

19. The rotating screw of the model of the power plant will not sound the bell, since the rotational force of the screw will be very small due to the presence of only small pressure and a small water flow in the model.

20. Pupils will not hear the bell of the model of the power plant, but they will hear the powerful sound of the second bath, where the turbine will work.

21. The teacher should tell the students about the importance of carefully studying the turbine, as the turbine introduces students to the causes that can activate dangerous vibrations in water power plants, oil pipelines, gas pipelines, submarines and similar structures.

22. The teacher should tell the students that the details of water power plants, gas pipelines, oil pipelines and submarines can vibrate like a turbine valve, if these parts are mounted defectively in high pressure pipes.

23. The teacher should very clearly tell the students that the vibrating turbine is safe for the bath compared to the vibrating part of the water power plant.

Claims (1)

A device for creating vibrations of water, vibrations of a bath, as well as an audible sound, comprising a bath and a frame located therein, characterized in that it is provided with means for simultaneously creating vibrations of water, vibrations of a bath, audible sound, including a valve, plug, connecting line, the plug is made with a cross located inside, channels for water outlet, a center hole for fixing the connecting line and the possibility of placing it in the hole of the bathroom spillway, the valve is made with a center hole and tanovlen to engage the annular elevation tube, and a fishing line connector fixing nodes and fixed in the center hole and the valve plug.

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