SU1732988A2 - Masseur - Google Patents

Abstract

This invention relates to devices for massaging internal organs. The purpose of the invention is to increase the effectiveness of the massage by controlling the pressure amplitude. The device consists of power 4 and executive 27 hydraulic cylinders with rods 6 and 25 and an emphasis 24, a hydraulic switch 9 with an emphasis 15 and 16. 17 and 18, a nozzle 3, hoses 2 and 7. 2 silt.

Description

The invention relates to medical technology, namely, devices for conducting massage, and can be used to treat a variety of diseases of internal organs and external massage.

A known device for vibrating massage of the prostate, containing a source of vibrational oscillations, connected to an elastic tip.

Closest to the proposed device is auth. St. No. 1296160.

However, this device does not allow to vary the amplitude of oscillations in a wide range, to use it for the treatment of a number of diseases of other organs and external massage.

The purpose of the invention is to increase the effectiveness of the massage by controlling the amplitude of oscillations.

The goal is achieved by the fact that in the device the source of vibrational oscillations is made in the form of a hydraulic cylinder with a piston and a rod fed through a hydraulic switch, the rod of which is interconnected with the rod of the power hydraulic cylinder and equipped with

moving and fixing stops to adjust the amplitude.

FIG. 1 shows a device with the necessary cuts, a general view; in fig. 2 - massage nozzle for massage of the prostate gland.

The massage device consists of a source of vibrational vibrations 1, connected through a flexible hose 2 with a corresponding organ to be massaged, with a massage nozzle 3.

The vibration vibration source 1 is made in the form of a power cylinder 4 with a piston 5 and a rod 6, the rod and shaftless cavity of which are connected via a flexible hose 7 to a hydraulic pressure source - a faucet 8 through a hydraulic switch, the rod 9 of which is interconnected with the rod 6 of the power cylinder four.

The hydraulic switch consists of a rod 9 installed with the possibility of longitudinal movement in the housing 10 and fixed from rotation around the longitudinal axis by any known method. On the rod 9 are grooves 11 and 12 and flats 13 and 14. On the rod 9 it is rigidly and permanently set

WITH

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from the first

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The limiting stops 15 and 16 and with the possibility of moving and fixing the limiting stops 17 and 18 for adjusting the amplitude of the oscillations. The lugs 17 and 18 are fixed by means of locking screws 19. To stabilize the rod 9 in extreme positions, spring 20 serves, which can be directed only in one direction, for example to the right (as shown in Fig. 1). The locking right position of the rod 9 is on the stop 15. To change the direction of the component force of the spring 20 on the stop 16, the rod 9 must be moved left to the maximum compression of the spring - a point of unstable equilibrium, when the component is open. After the transition of the point of unstable equilibrium, the component of the force of depressing the spring 20 coincides with the direction of movement of the rod 9 and abruptly moves it to the left position to the stop 16.

With the right position of the rod 9 on the stop 15 (shown in Fig. 1), the groove 12 connects the pressure channel 21, made in the cavity of the housing 10, with the right rod cavity of the power hydraulic cylinder 4, and the lip 13 connects the rodless cavity of the power hydraulic cylinder 4 with a drain channel 22, the waste water from which flows through a drain hose (not shown) into the water intake, for example, into a sink (not shown).

At the left steady position of the rod 9, the bore 11 connects the pressure channel 21 to the left rodless cavity of the power cylinder 4, and the lip 14 connects the rod cavity of the power cylinder 4 to the drain channel 23, the waste water from which flows through a drain hose (not shown) in the intake, for example in the sink (not shown).

The position of the rod 9 is controlled by a stop 24. rigidly fixed on the rod 6 of the power cylinder 4. interacting with the stops 17 and 18 of the rod 9.

The rod 6 is rigidly connected to the rod 25 of the piston 26 installed parallel to the power cylinder 4 of the executive cylinder 27, the cavities of which can be filled with any working agent (liquid or gaseous).

To increase the effectiveness of the massage, the external surfaces of the massaging attachments can be covered with pimples 28 of various sizes and shapes.

Massage head 3 is used to massage the nasal cavity.

only with one, for example rodless, cavity of the executive cylinder 27.

For other massage tips, such as a massage for the prostate gland (Fig. 2), both cavities of the actuating cylinder 27, the rod and rodless, are used.

To fill the cavity of the actuating cylinder 27, for example, with gaseous

0, the agent of the massage device nozzle 3 is put on at the moment when the cavity with which it is connected has a maximum volume. Then, during the reverse movement of the piston 26, the air from this cavity is forced out into the massaging nozzle 3. In this case, depending on the size of the sinuses, the stop 17 regulates the value of the maximum size of the nozzle.

If a liquid agent is used, for example, water, then the hose 2 with the nozzle removed 3 at the moment when the cavity with which it is connected (in Fig. 1, the left shaft without a cavity) has a minimum volume, is lowered into a vessel of water (not shown) and hold it in

5 until the volume of the cavity reaches a maximum and the water from the vessel does not enter the rodless cavity, after which the massaging nozzle 3 is put on. The maximum volume of the nozzle 2 is also adjusted with the stop 17.

When using both cavities of the actuating cylinder 27, the process of filling each of the cavities with an agent is similar to that described for a rod-free cavity.

The adjustment of the maximum filling volume of the massage sections with the agent with the rod end of the actuating cylinder 27 is controlled by the stop 18 of the rod 9.

0 The oscillation frequency after the installation of the lugs 17 and 18 is regulated by the value of the pressure of the pressure source - a faucet 8.

five

The device works as follows.

After installing the appropriate nozzle, the valve 8 is opened and the pulsation frequency is set by the flow rate, and the installation of the stops 17 and 18 is set to the amplitude of the pulsations

Suppose the hydraulic selector rod 9 is in the right extreme position. Depending on the organ that needs to be massaged, an appropriate nozzle 3 is selected. To massage the nasal cavity, use the nozzle, for example, in the form of an elongated elastic elastic chamber 3 that is inserted into the nasal cavity, which must be massaged.

Water entering from the crane 8 from the pressure channel 21, through the groove 12 enters the right-hand part of the rod end of the hydraulic cylinder 4 and moves the piston 5 to the left. Simultaneously, the piston 26 of the executive cylinder 27 moves to the left, and the nozzle 1 begins to fill with the agent and swells.

When moving the stop 24 stop 17, the rod 6 begins to move the rod 9. After passing through the unstable equilibrium point, the rod 9 abruptly goes to the left position, water from the pressure channel 21 begins to flow through the groove 11 into the left part (rodless cavity) of the hydraulic cylinder 4 and begins to move the piston 5 to the left. When the stop 24 reaches the stop 18, it begins to move the rod 9 to the right and it, having reached an unstable equilibrium point, moves abruptly to the right, etc.

If necessary, massage other organs, such as the prostate gland.

the nozzle is changed, whereby by installing the stops 17 and 18, the maximum volume of each massage section 29 and 30 of the nozzle is adjusted.

Claims (1)

Invention Formula A massage device containing a source of vibrational vibrations, connected to a massage nozzle, so that, in order to increase 0 massage efficiency by providing adjustment of the amplitude of oscillations, the source of vibrational oscillations is made in the form of power and executive hydraulic cylinders, the rods of which are connected between 5 is a stop, a hydraulic switch with a rod, on which are installed permanent adjustable stops that interact with the stop of the hydraulic cylinders, the hydraulic switch is connected to an external pressure source and the cavity of the power hydraulic cylinder, and the nozzles of the executive hydraulic cylinder. one (pue.i