DE29812416U1 - Facial muscle trainer - Google Patents

Description

Facial musclesirainer

Training devices for the human body exist for almost all trainable body parts (from the feet to the neck muscles). Cosmetics of all kinds, including massages, are used to treat wrinkles and fat deposits on the face. These applications, which are very time-consuming and also very expensive, usually do not achieve the desired results.

According to the current state of the art (US Patent 4,280,696), this type of facial training is not yet fully developed. Our facial muscle trainer can offer advantages over this technology.

One advantage is the simple, compact design and the ease of manufacture. Stability is guaranteed by the special connection of the individual parts.

The facial muscle trainer has a limit on the bite opening, which guarantees safe use. Another positive addition to the state of the art is the replaceable silicone bite plates.

A clever positioning of the facial muscle trainer provides an additional safety factor, namely it is possible to safely regulate the control of the mouth training by hand at any time.

Dental ergonomics require a natural and specific length of the facial muscle trainer.

The invention enables the facial muscle trainer to be used to change the facial structure for the better through bite training (Fig. 10, Fig. 11).

This means that facial wrinkles become less or smoother, and the fat deposits in the face visibly decrease. This promotes better blood circulation throughout the head.

This blood flow has a positive effect on tension, headaches and migraines (especially headache sufferers who are allergic to medication). The compact design means that you can carry out your own therapies at any time.

Concentration is also increased through bite training.

Furthermore, the front rows of teeth are stabilized.

The facial muscle trainer is also used in orthodontics.

The facial muscle trainer is designed exclusively for the facial muscles, and is especially applicable to the M, masseter muscle.

Description

An embodiment of the invention is explained with reference to the following figures.

Show it:

Figure 1: All necessary small parts for the facial muscle trainer.

Figure 1 a: Side view of one of the two clamp halves of the facial muscle trainer, as well as top view of one of the two clamp halves.

Figure 2: The facial muscle trainer in the transparent view from above, as well as from below, with

all small parts

Figure 3: The facial muscle trainer from above, as well as from below

or turned over, and points to a grooved surface (for better handling)

Figure 4: The facial muscle trainer in the transparent view from the side in open position,

with all small parts.

(■ Figure 5: The facial muscle trainer in the transparent view from the side, in open position.

Figure 6: The facial muscle trainer in the transparent view from the side, in closed

Position.

Figure 7: The facial muscle trainer from the side in closed position.

Figure 8: The facial muscle trainer during handling/use from above.

Figure 9: The facial muscle trainer during handling/use from above.

Figure 10: The facial muscle trainer from the side during bite training in the closed position.

Figure 11: The facial muscle trainer from the side, during bite training in the open position. Figure 12: The facial muscle trainer when changing the silicone plates. . ;

The upper clamp half 9 in connection with the lower clamp half 9 constitute a clamp unit. The shape of the clamp halves 9 is identical. Each clamp half 9 has an upper and a lower surface 9 b, which are connected off-center with webs 9a that are perpendicular to them. The upper and lower clamp halves are reinforced by webs 9 a and a sleeve 11 that is firmly attached in the middle. The webs 9a, each of which has a sleeve 11, decrease continuously in height towards the end of the surfaces 9b. This clamp unit contains a leg spring 4 that is guided on a spacer sleeve 3. The bolt screw 1, which brings the two clamp halves into a clamp unit, is guided through the spacer sleeve and fixes the upper and lower clamp halves. The bolt screw represents the actual axis of the clamp unit. To secure the

For fixation, a nut 2 with an internal thread 2a is screwed onto the bolt screw that runs through the spacer sleeve. The clamp unit can move freely on the bolt screw. 1 b is a slot for fastening the nut 2 of the bolt screw with the screwdriver. The position of the bite opening is determined by the surfaces 9b in the area of the sleeves 9b.

The upper and lower halves of the bracket have a self-regulated distance and a length of at least 24 cm (minimum size due to dental ergonomics).

The minimum length of 24 cm must be maintained to ensure the accuracy of the tooth ergonomics.

The upper and lower halves of the clamp each have a food-safe silicone bite plate, 8 which in turn is firmly glued to a very thin base plate 7:

These silicone bite plates, which are firmly connected (glued) to the base plates, are anchored on the upper and lower clamp halves 7 a.. Thus also by a fastening clamp 5, which is fixed with a screw 6 on the upper and lower clamp halves 6. The two clamp halves have a hole 10 in order to fasten the fastening clamp 5 with the screw.

The leg spring pressure can be varied by using different leg springs.

Characterized in that there is a continuous notch 8 b on the silicone bite plates, so that the fastening clamp is fixed in the notch 8.

The silicone bite plates are replaceable Fig. 12. After use, they can be unlocked at any time with the thumb and index finger Fig. 12, No. 1 and 2 Fig. 12, No. 8 and removed to clean the silicone bite plates.

After prolonged use, the silicone bite plates wear out, are replaced and pushed back onto the clamp unit Fig. 12, No. 7a, and 8 and then the silicone bite plates are firmly fixed again with the fastening clamp and the corresponding screw .5, and 6.

The facial muscle trainer can be controlled at any time during bite training by pressing the clamp unit with the fingers of both hands. Fig. 8, No. I and 2. Shown are:

The index finger, middle finger, ring finger and little finger of both hands, on the upper side of the clamp unit.

Furthermore it is shown:

Place the thumbs of both hands on the lower side of the clamp unit Fig. 9, No. 1 and 2.

This clamp unit is operated and controlled by handling it with the fingers Fig. 8 and 9. The clamp unit is pressed together with the fingers of both hands so that the two halves of the clamp touch each other Fig. 6, No. 10. In this position the clamp unit is under tension by the leg spring 4.

The front rows of teeth are positioned above and below (Fig. 8 and 9, No. 7 and 8) on the upper and lower silicone bite plates of the pressed together bracket unit (Fig. 10).

The clamped clamp unit is slowly released again using your fingers. The clamp unit is open under tension (Fig. 11) from the leg spring.

The positioned rows of teeth are secured by a tooth stopper on the silicone bite plates 8a so that there is no risk of slipping. The silicone bite plates are additionally secured with the fastening clamp 5 and fixed with the corresponding screws.

The silicone bite plates adapt to different tooth shapes because the silicone bite plates are soft and at the same time durable. The silicone bite plates are rounded all around to avoid causing injuries.

When the upper and lower halves of the clamp are open, they collide on the axle and are thereby blocked.

When biting training is finished, the clamp unit is pressed together again with the fingers of both hands and removed from the upper and lower rows of teeth.

The two M, masseter muscles are activated by the effective biting of the clamp unit so that the burning of the fat deposits begins immediately.

This burning tightens the facial skin after a regular training period and automatically reduces facial wrinkles.

Claims (6)

Protection claims 1. Facial muscle trainer consisting of two clamp halves connected to each other like scissors, which are arranged so that they can rotate around a bolt, the ends of which are pressed apart by a leg spring, with a bite plate arranged opposite one end of each, characterized in that a) the shape of the clamp halves (9) is identical, b) each clamp half (9) has an upper and a lower surface (9b) which are aligned parallel to each other, c) the surfaces (9b) are connected off-center to webs (9a) that are perpendicular to them, d) the webs (9a) each have a sleeve (11) and continuously decrease in height from the upper or lower area of the sleeve (11) to the end of the surfaces (9b), e) that the bite opening is determined by the position of the ends of the surfaces (9b) in the area of the sleeves (9b). 2. This claim 1 is followed by the following subclaims: 2. Facial muscle trainer according to claim 1,
characterized in that the
Silicone bite plates (8) are interchangeable. 3. Facial muscle trainer according to claim 2,
characterized in that the Silicone bite bars (8) are glued to thin base plates (7). 4. Facial muscle trainer according to claim 3, characterized in that the base plates (7) have fixings (7a) which can be placed in a form-fitting manner on the surfaces (9b). 5. Facial muscle trainer according to one or more of claims 1 to 4, characterized in that because the silicone bite plates (8) have a continuous have a notch into which a fastening clamp (5) engages. 6. Facial muscle trainer according to claim 1, characterized in that the bolt screw (1) between the sleeves (11) of the two clamp halves (9) a spacer sleeve (3) is arranged, which carries a leg spring (4).