RU216589U1 - Maniple 3D for vacuum massage - Google Patents

Abstract

The utility model relates to the field of mechanical means for carrying out physiotherapeutic procedures and/or domestic massage, SPA procedures, sports massage. The 3D body handpiece is used for vacuum-roller massage of the whole body and local massage using a massage suit and physiotherapy products. Manipula for vacuum massage contains a body consisting of two parts - upper and lower half-body. In the lower part of the semi-body, a vacuum chamber is formed, with massage rollers installed in it. A branch pipe with protrusions passes through the upper and lower half-hulls for tight connection with the reciprocal grooves of the half-housings, while the lower half-housing is connected to the branch pipe by means of a bushing made in the upper part of the vacuum chamber and being integral with the lower half-housing. Seals are glued on both sides of the vacuum chamber along the massage rollers, and sealing rings are installed on the nozzle.

The technical result consists in increasing the efficiency of using vacuum by ensuring tightness at the junctions of the structural elements of the massage maniple and the vacuum chamber. 4 w.p. f-ly, 3 ill.

Description

The utility model relates to the field of mechanical means for carrying out physiotherapeutic procedures and/or domestic massage, SPA procedures, sports massage. It can be used for massage on open areas of the body or with the use of a massage suit and physiotherapy.

From the prior art, a device (1; 100; 200) associated with a source (4) of rarefaction is known and, on the one hand, includes a housing (10; 210) that defines a treatment chamber (40; 240) open to the skin and made with the possibility of being connected through the housing with the said source of vacuum, and on the other hand, at least one processing element (241, 242; 1241, 1242; 124'1; 2241, 2242, 2243) intended for processing the skin and installed with the possibility movement in the housing in sliding contact with the corresponding wall (281, 282; 2281) of the housing. The processing element and the wall of the housing limit, at least partially, the said processing chamber. One or each processing element (241, 242; 1241, 1242; 124'1; 2241, 2242) has the ability to move relative to the housing (10; 210) simultaneously as a result of rotational movement (R) relative to its own central axis (Z1-Z1 , Z2-Z2) of this element and as a result of translational movement (T) along this axis against the corresponding wall (281, 282; 2281) (RU 2434625 C2, publ. 27.11.2011).

In the prior art, a massage head is disclosed in FR 2749755 A1, which comprises a hollow body called a chamber (2) open at the base. The massage nozzle is connected (6) to a suction source, so that the nozzle exerts a suction force on the skin (8) of the person being massaged. The camera also supports freely rotating rollers (4). The chamber is made partially or entirely of transparent material so that the inside of the chamber is visible. The chamber has a rectangular shape and part of the inner surface of the end walls (10) provides frontal sliding pressure (5) with the surface of the corresponding roller (4). The end walls (10) are supported (22) in the cage (2) in their upper zone to be flexible in their common plane so that they create a frontal elastic pressure in their lower zone on the rollers (4).

The closest analogue for the claimed solution is a massage head for the skin, which contains a body, with a vacuum chamber and with a contact sole (6) having an opening (8) and two parallel contact rollers (10) on the axes (14) of rotation, based on guides (15). The sole has removable sleeves (18). The axles of the rollers are removable, installed in the guides. Seals are located between the body and the sole (FR 2792524 A1, publ. 27.10.2000).

The technical task is to create a massage maniple for vacuum massage with the most efficient use of vacuum during massage procedures.

The technical result consists in increasing the efficiency of vacuum use by ensuring tightness at the joints of the structural elements of the vacuum massage handpiece and the vacuum chamber.

The achievement of the specified technical result is achieved through the use of a vacuum massage handpiece, containing a body consisting of two parts of the upper and lower half-shells, a vacuum chamber is formed in the lower part of the half-shell, with massage rollers installed in it, while a branch pipe passes through the upper and lower half-shells. protrusions for tight connection with the reciprocal grooves of the half-housings, and the lower half-housing is connected to the branch pipe by means of a sleeve made in the upper part of the vacuum chamber and which is integral with the lower half-housing, and seals are glued on both sides of the vacuum chamber along the massage rollers, and sealing rings are installed on the branch pipe .

To attach the massage rollers to the walls of the vacuum chamber, the roller axle on bearings and spacer bushings are installed in the massage rollers.

The upper half-body and the lower half-body are made of impact-resistant plastic by casting.

The seals are made of flexible and wear-resistant material EVA (ethylene vinyl acetate) with a hardness of 55 Shore.

Massage rollers are made of durable hypoallergenic polymer with high mechanical and performance characteristics.

The tightness of the vacuum chamber of the vacuum massage handpiece directly affects not only the efficiency of vacuum use, but also the level of acoustic noise emitted by the vacuum massage handpiece during operation, the more gaps for air to pass into the manipula cavity, the worse the skin fold is sucked into the manipula cavity and higher acoustic noise.

Procedures with this maniple are performed on open areas of the body. The unique development provides effective lymphatic drainage and starts the processes due to which:

the microcirculation system in the skin is restored;

contours are modeled and improved;

shallow wrinkles are smoothed out.

The essence of the utility model is illustrated by illustrations, which show:

In FIG. 1 - longitudinal section of the 3D maniple for vacuum massage.

In FIG. 2 - cross section of the 3D manipula for vacuum massage.

In FIG. 3 is a perspective view of a 3D vacuum massage handpiece in disassembly.

In FIG. 4 - the principle of operation of the 3D maniple for vacuum massage.

The design of the maniple 3D for vacuum massage is shown in figure 1 and figure 2, in which: the upper semi-body 1; lower semi-body 2; massage rollers 3; branch pipe 4; sealing rings 5; roller seals 6; screws 7; roller axles 8; bearings 9; remote bushings 10; sticker 11; sleeve 12; vacuum chamber 13.

The assembly of the 3D vacuum massage maniple is carried out as follows.

First of all, the branch pipe 4 is installed in the sleeve 12 of the lower half-body 2, then we tighten the upper half-body 1 with the lower one using screws 7. We install sealing rings 5 on the pipe 4. Then, seals 6 are glued to the side walls of the vacuum chamber 13 formed in the lower half-body 2 both sides. Roller axle 8 is installed in roller 3 on bearings 9. When the roller is installed in the cavity of the vacuum chamber, spacer bushings 10 are installed on axle 8 and the roller assembly is attached to the lower half-body with screws 7. Finally, stickers 11 are glued on both sides of the maniple.

The 3D vacuum massage maniple is connected to the fitting of the vacuum apparatus. During the massage, the skin fold 14 is captured, which is sucked into the maniple under the action of vacuum. The volume of the chamber inside the handpiece is chosen so as to most effectively use the vacuum effect to create the necessary skin fold. During the procedure, the operator has the ability to change the vacuum force in order to achieve the optimal shape of the fold and at the same time not injure the patient. Inside the 3D vacuum massage maniple there are 3 rotating massage rollers that intensively knead the desired area. An important aspect - the tightness of the vacuum chamber - is ensured by the use of seals 6 made of elastic and wear-resistant material EVA (ethylene vinyl acetate) with a hardness of 55 Shore, designed for the entire service life of the 3D vacuum massage handpiece.

Housing parts - the upper semi-hull 1 and the lower semi-hull 2 are made of impact-resistant plastic (AC 65-KPCH or AS 65-KPN) by casting. The lower semi-body 2 forms a chamber in which massage rollers 3 are installed.

Massage rollers 3 are made of a durable hypoallergenic polymer such as polyamide 6 with high mechanical and performance characteristics and are designed to work throughout the life of the 3D vacuum massage handpiece.

Claims (4)

1. Maniple for vacuum massage, containing a body consisting of two parts - the upper and lower half-housings, in the lower part of the half-housing a vacuum chamber is formed with massage rollers installed in it, characterized in that a pipe with projections for a tight connection passes through the upper and lower half-housings with reciprocal grooves of half-housings, while the lower half-housing is connected to the branch pipe by means of a sleeve made in the upper part of the vacuum chamber and which is integral with the lower half-housing, and seals are glued on both sides of the vacuum chamber along the massage rollers, and sealing rings are installed on the branch pipe, for fastening massage rollers to the walls of the vacuum chamber in the massage rollers are installed the axis of the roller on bearings and remote bushings. 2. Maniple according to claim 1, characterized in that the upper half-body and the lower half-body are made of impact-resistant plastic by casting. 3. Handpiece according to claim 1, characterized in that the seals are made of elastic and wear-resistant material EVA (ethylene vinyl acetate) with a hardness of 55 Shore. 4. Handpiece according to claim 1, characterized in that the massage rollers are made of a durable hypoallergenic polymer, the mechanical and operational characteristics of which are designed to work throughout the entire life of the 3D vacuum massage handpiece.

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