FI106921B - Toothbrush which can be used on many sides - Google Patents

Description

j 106921 * MULTI-FUNCTION TOOTH BRUSH;

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t · t * ·

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The present invention relates to a manual drive or an electric motor.

• · multi-purpose toothbrush and multi-purpose toothbrush motor. '· · ·' »· • · · •» • ·

Tooth brushing is done by jerking the toothbrush with small movements to 2-3 teeth. * * 'Against the surface. However, finding the right brushing angle is difficult. To touch / ···.

• · with a brush on both the tooth and the gums, the sharper will have to press the shark heavily or he will not clean the gingival margin. Incorrect brushing angle and excessive brush pressure will cause damage, especially tooth wear, gum settling, and '. · · * • · diseases of the attachment tissues of the teeth. Difficult tooth spaces that cannot be; :: cleaned with sharks must be cleaned with a floss, toothpick, or bottle shaving: [: resembling a toothbrush. Particularly difficult-to-clean areas such as gingival gums and gingival margins form tartar, which, together with the mouth, ·, bacteria, deepens pockets, gingivitis and if the inflammation can continue without air ”! t care for a long time, the tooth attachment is destroyed. Already formed tartar cannot be removed with a toothbrush, but must be removed with a curette.

In all known toothbrushes, the shape of the shark is always rectangular in cross-section, regardless of the type of brush surface formed by the shark bundles relative to the base of the brush (US-5678274, US-5305489). Even if the toothbrush is anatomically shaped, the contact between the tooth surface and the gums is inadequate if the brush is held in the wrong position with respect to the tooth surface because the brush has a rectangular cross-section. For this reason, effective brushing requires holding the shark at right angles to the tooth surface and pressing the brush. Pressing the brush, on the other hand, causes the enamel to be worn and the tooth retention tissue damaged.

The cleaning power of known electric toothbrushes or dental care devices (WO-92/18063, US-5088145, GB-1583558, US-5606984, US-5561881, US-5435034, US-5493747) is based on the rotary motion of the shark bundle or bundles.

Brushing is done by holding the brush in place so that the brush head jerkes back and forth in a circular motion. However, the rotating brush bundle alone is not sufficient for effective tooth brushing, but the toothbrush position and toothbrush head movement path relative to the tooth surface and the toothbrush must be in sufficient contact with the surface to be cleaned without pressure. The lateral path of the brush head of known electric toothbrushes is curved, whereby the shark bundles strike at the maximal point of movement and cause damage to the tooth retention tissue. In addition, the toothbrush brush has the wrong cross-sectional shape for effective cleaning and the teeth still produce tartar despite brushing.

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There is also the problem that the consumer has to purchase many different devices and devices (US: "": 5094256, US-5085236, US-5127413, US-5222510, US-5323796, US-49111187, US-*. | 4016891 , US-5044037) for good oral hygiene. Most tools, such as kk toothpicks and toothbrushes, are disposable and their manufacturing processes '· «·' are a waste of natural resources and plastic waste does not degrade in nature. Some toothbrushes *: No. 4,890,349, U.S. Pat. No. 5,617,884, U.S. Pat. No. 5,247,718, U.S. Pat. No. 5,517,712) by replacing them with a replaceable brush part, but again the brush part replacement system is complicated. However, many of the necessary cleaning tools are wasteful (US 5,331,983). For example, dental floss is used extensively, 20-25 cm at a time, for complex fastening systems, and yet the thread is easily detached. '· I'

In known cleaning devices containing toothbrushes (WO-94/03123, DE-3929461) the toothbrushes are fixed at one end to the toothbrush handle or the brush is fixed::: attached to a support. Due to unilateral attachment around bridges and implants, and. . ·.

it is difficult to remove dirt that has accumulated under tightly, because the brush contact with difficult areas is not sufficient. Because of the straight shape of the brush, it is very difficult to clean the back teeth or other hard to reach areas.

Known toothbrushes with rotatable toothbrushes (GB-1164597, CH-651455) have a particular problem with functional unreliability, discomfort and unhygiene caused by parts associated with the turning system. The toothpaste used when brushing your teeth will easily stick to the bottom of the brush and the holes in the brush shaft.

The dried toothpaste acts like an adhesive and surrounds and secures the guide wire mechanism so that the shark can no longer be turned without cutting the wire. Large joints, projections and threads also damage the oral mucosa and tooth attachment tissues, and collect large amounts of impurities and bacteria from the mouth and brush storage area, which can cause mouth and throat infections when using the brush.

There are many different tools for cleaning tooth spaces. In the simplest design, a certain type of dental floss is attached to a fork holder (US-4162687). The disadvantage of such dental floss holders is that they cannot use any other essential dental equipment, such as a toothbrush, toothbrush or curette, but only certain types of dental floss. Another problem is that when the floss has no mechanism for attaching the floss to the holder other than the loops and the knob, the floss becomes easily detached when cleaning the gaps.

In some known toothbrushes, the toothbrush cleaner is either openable at one end of the toothbrush stem, which prevents the floss from being tensioned between the openable claws, or the brush itself, whereby the simultaneous effective use of the brush and toothpick 10692138 is extremely difficult (GB-2092437). Also known. * * \ longitudinal oscillating electric dental floss (US-5,170,809). The problem, ·; these include that the dental floss and the tooth surface must be in constant, continuous contact with respect to the cleaning effect in order for the dental floss to cut the tartar or plaque or: ...; would remove dirt from the tooth surface. If the floss vibrates, it has no permanent contact with the tooth surface and the vibrating floss can damage the gums and the tooth surface because it acts like a saw.

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In some known toothbrushes, the floss container is attached to a toothbrush (US-5647385, GB-2313302). The floss can be guided to: the floss holders and wrap the used floss in another roll. The problem is:: ': in this case, unhygienic, because the floss moving in the groove of the floss holder to the housing:': floss collects dirt and bacteria in both the groove and the floss housing used:: ·: in the cavities. In other toothbrushes, the floss will only be stored in a wire container on the toothpick. The disadvantage of these is that the brush does not have floss ”! »· · Holder even if there is floss. In addition, the dental floss container is compact and '·' · dental floss runs out quickly because it has to be used without a floss holder.

Also known as the electric therapy device (CH-421049), which can be attached to vibration-driven devices or devices that utilize the rotary motion of the motor. However, different devices have different requirements for voltage, speed and direction of rotation, and other features that result from different functions of the desired accessory.

The invention can overcome the aforementioned drawbacks and provide a toothbrush which has all the features required for oral hygiene treatment in one device and further features. The most important feature of the invention is its ability to properly and effectively clean bacteria and plaque from the tooth surface. Because all the necessary dental care functions are included in the same brush, the consumer no longer has to purchase several different dental care tools. The multifunctional toothbrush according to the invention may also incorporate functions other than dental care, such as household appliances and tools.

In addition, the multifunctional toothbrush saves the environment by reducing the burden during manufacture and use.

According to the invention, this object can be achieved in the ways described below.

In the multifunctional toothbrush of the invention, the shark is straight or anatomically shaped, and the brushing surface formed by the tufts is at an angle of 45 ° to the tufts such that the tufts on the right side of the brush are longer than the tufts on the left. In this way, it is possible for the brushing angle 106921 to be correct against the surface of the 4 teeth, and the contact between the brush and the tooth surface is. · *.

as high as possible without pressure. The right shark angle eliminates shark pressure. ' : * ♦ »and 100% contact between impact force and brush and tooth surfaces and gingival margins * * · tooth surfaces and gingival tooth surfaces are better cleaned without :: brush abrasion causing damage to tooth adherent tissues or tooth surfaces. · *. :

The movement of the multi-toothbrush motor on the brush head is along the tooth surface !!! two-way straight, and the trajectory becomes elliptical or circular, so the sharks do not hit the tooth retention tissues but effectively clean the tooth surfaces, tooth spaces and gingival tooth border. Given the angle of diffusion and the brush:. |: head movement is correct and brush is not pressed against tooth surface, rotating shark bundles::: do not cause damage to teeth or attachment tissues. ; '':

In a multi-purpose toothbrush, all dental care equipment, such as toothbrushes, toothpicks, toothpicks and curettes, are placed on the toothbrush shaft ''; inside the shaft so that they do not cause aesthetic harm or affect the size of the toothbrush, * * 'ease of use or findability of different tools. The toothbrush and toothbrush are secured with a special system at the end of the brush arm to the pivot which is pivotally held, which is maintained in the desired position thanks to the locking device in the pivot and to the fixed peg for smooth contact with the difficult to clean surface. The dental floss can be used to cut the dirt layer, plaque and tartar between the tooth without removing the dental floss from its clamps or causing damage to the gums. Thanks to the curved design of the floss, the spaces between the back teeth can also be cleaned efficiently and easily with either a floss or a toothbrush.

In addition to conventional rotary accessories, the motor of the multifunctional toothbrush of the invention may be equipped with a medical examination lamp, an electronic thermometer, a flashlight, a tooth mirror, a magnifying glass.

More specifically, the multifunctional toothbrush according to the invention is characterized in what is set forth in the characterizing part of claims 1 and 2.

The invention will now be described in more detail with reference to the accompanying drawings.

Figure 1 toothbrush profile Figure 2 toothbrush model Figure 3 toothbrush motor

Figure 4 Charging or using the toothbrush with mains power

Figure 5 Connection of the various parts of the toothbrush to the engine and to each other

Figure 6 Use of a toothbrush according to the invention with a fluid supply device 106921 5

Figure 7 Basic principles of dental floss, toothpick

Figure 8 Shape and mechanism of the brush and attachment to the handle ·:

Figure 9 Contactless pressure contact between toothbrush and tooth according to the invention · ... ·

Figure 10 Toothbrush Brushing Method '* ·. {

Fig. 11 Using the toothbrush and wire with v-folded openings 11!

Figure 12 Curette Mounts * ··· *

Figure 13 Placement of floss and toothbrushes on the multifunction head

Figure 14 Dental Intermediate Shark Designs ·.:. ·

Figure 15 Toothbrush attachment mechanism

Figure 16 Brush head and brush mechanical parts: * ”: • · t

Figure 17 Three alternative toothbrush brushes:

Figure 18 Principle of rotating broom and shock absorber. . ·.

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Fig. 19 Non-rotating bouquets and shock absorber '*!

Figure 20 Rotating Brushes and Shock Absorber ·: *

Figure 21 shows the arrangement of the bristle bunches on the shark

Figure 22 Rotating bristle bundles and joints

Figure 23 A razor blade to be attached to the toothbrush

Figure 24 electric shaver

Figure 25 Flashlight and mirror or magnifying glass

Figure 26 Thermometer

Figure 27 doctor-operated eye, throat, and ear examiner Figure 28 drill, grinder Figure 29 screwdriver

Fig. 30 is a barrel of a gun that can be placed in the container of the device of Fig. 29

Figure 31 Kitchen Utensil

Figure 32 Scalp Brushing Brush

Picture 33 fan

Fig. 1A is a manually operated toothbrush consisting essentially of two detachable parts, a brush head (1) and a multifunctional tip (2). The multifunctional end (2) has a watertight, openable compartment for floss (3), a waterproof (13) storage compartment (12) for various tooth space cleaners (15) and a tooth polisher (14). The dental floss and toothbrush holder (17) is located on the multifunction head. At the brush arm, there is a non-slip barrier (5) at the junction to provide a firm grip on the brush.

The brush head (l) has waterproof buttons (4) for detaching the toothbrush parts.

The bristle head shark (10) is shaped such that its bristles form an angle of 40 ° to 80 ° when viewed from the profile, and the outermost row of bristles (11) is higher than the others, thereby rubbing the gums and the gum-tooth interface. The shark bundles form an anatomically shaped, 106921 e wavy or accordion-like brush surface (IO). The brush is for brushing your teeth. ''.

t I · automatically in the correct position. The brush (8) is removable by pressing on the tooth ·; buttons (9) and can be replaced if necessary or replaced with a brush (8) for shaving. When the brush is replaced by a razor blade, the strut (6) for lateral and reciprocal movement of the brush head is stiffened by pressing the strut stiffening button (110). '. <:

In Fig. 1B a curette (18) is placed in the watertight storage compartment. In Fig. 1C! "The multifunctional end has a storage place for my thermometer) and the locking device (19) of the opening leg (20). In Figs. 1C, 1D, the height difference between the vertical surfaces (10,11) of the shark bristles .:

In Figures 2A-D, the brush head brush (8) is rotated due to the position of the tooth to be washed::: to the correct position (0 ° to 45 ° to 90 ° to 135 ° to 180 °). With the locking device at the bottom of the brush, the \ t brush (8) is securely held in the desired position. ''!

In Fig. 2A, the parts of the toothbrush are separated from each other by pressing the buttons (4) on the shark arm, whereby the interlocking part (21) is released and the parts can be separated.

In Fig. 2B, the multifunctional head pivot (20) is pivotally opened (24) and the toothed pin (26) inside it can be removed from its attachment member (27). From the opened floss container (22), a loop-floss flange (23) is removed and attached to the ends of the v-open flaps (20). The clamp stays securely in the desired position with the locking device (19) in its joint. In Figure 2D, a toothbrush is attached between the tooth instead of a floss.

Figure 3B shows an electric toothbrush operating with a rechargeable battery.

In the motor (29), the current of the battery (30) is converted into a rotary movement which is amplified by the gears (31). The different ends of the toothbrush are connected to the motor by a rotary shaft (32).

The bottom of the device has a cable end (34) for connecting the device to charging. Below the battery (30) there is electronics (33) needed to control devices, such as an alarm clock and a bell. The electrical part is surrounded by an insulating cover (28).

3D, E and F show a floss (40) having a floss flange (39) inside the loop. It is secured with the bonnet (44), the screw base (37) below the engine (35). When using the floss, the knobs (38) turn the bottom 90 ° to expose the floss (36). The screw base has two knobs (38) for easy screwing in and out.

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In Figure 3C, the electric toothbrush parts are separated by screwing. The upper part. * * *.

• ► Use the contact (42) to adjust the direction of rotation of the motor. Light on contact (43), ·; indicates the need to download. V '»» »•» • »·

In Fig. 4, the voltage obtained from the mains (50) via the transformer (47) is modified to suit the motor and the electric toothbrush battery is charged at 12V. Transformer (47) .1.

connecting to the electric toothbrush a wire (46) with a plug (45) at its end. ;; * The electric toothbrush motor can operate directly at 12V.

In Fig. 5A, the multifunctional head and the brush head are separated from each other and can be connected to the motor :: either directly or by means of a coupling. The toothbrush shark head is attached directly to the engine, photo: V: 5D. The multifunctional head is connected to the motor by means of a connecting piece (51), Fig. 5C. As shown in Fig. 5B;: * »· the connector (51) has water (52) and electric (53), and the motor revolutions:: ·: | »| part (54). By pressing the buttons on the coupling part, the fasteners (55) of the part are released, the coupling part. 'Detaches from the motor and multifunction head from the coupling. 1 '; »I ·» · The electric toothbrush can be connected to the water or mouthwater tank of the toothbrush washing machine (57) as shown in Fig. 6 with a wire (56). The fluid from the conduit (56) passes through the connecting portion (51) through the water pipe (61) to the brush head brush, Fig. 6A, or the multifunctional toothbrush, Fig. 6B, through which the fluid is discharged to the tooth surfaces. The fitting includes wires for water / mouthwash (61), electric current) and engine speed transmitter (59).

The dental flosses (23) of a certain length, with ends (66) at their ends, are held together by a thin strap (67) as shown in Fig. 7C. When the floss (23) is taken out of the box (22), the thin strap (67) breaks. Fig. 7A shows the attachment of the floss to the v-shaped open arms of the multifunction head. Other dental flosses can also be attached to the floss holder, for example by twisting the wire around the hooks or by making knots or loops of the wire. The toothed wire loop (66) is threaded into a hook (17) at the end of the claw (16), conveyed through a groove (63) in the claw and secured to the other claw (20) in a similar manner. The inside surfaces of the open toes also have anchor points for the toothbrush attachment (64.65).

Fig. 7D shows the shape of a double-ended toothpick (26) belonging to a multifunctional toothbrush and its attachment member (27) for attaching it to the inside surface of an opened mandrel.

The toothpick is ^) cross-sectional, resembling an Eiffel tom.

In Figure 8A, the shark head shark (10) is shaped such that its bristles form an anatomically shaped, curved (70), 45 ° angle (69) when viewed from the profile of the brush. The outermost line (H) of the bristles is higher than the others and the rounded shape of the head of the bristle is shown in Figure 8B.

The surface of the brush bundles of the brush shown in Fig. 8C conforms to the shape and surface of the tooth 106921. Some bristles are shaped higher (72) to penetrate. '* *.

the interdental and arcuate parts clean the tooth surface. Outermost row. *: Purpose is to clean the gum line and stimulate the gums. The brush (10) fully resembles a corrugated surface. * ...: • ·

The specially shaped head of the bristle scrub cleans the area between the gums and the tooth, ··· and rubs the gums, Figure 8B. !!!

Fig. 8D shows the attachment of the brush to the brush head (7).

The bristle bunches (78) are attached to the sprockets (79) below them, which are attached ·,:. · With each other and rotating individual bundles of bristles or cavities at the bottom of the brush.

Inside the bottom of the brush is a piping (120) for water and mouthwash. The brush is secured by means of the joint (80): ': to the neck-like connecting member (74,75) on the handle of the brush, from which it can be removed:: *: by pressing the buttons (9) on the brush to release the connecting pins (81). . , ·.

The rotation of the sprockets beneath the bundles of brushes is caused by the rotation of the wheel (77) entering the brush. The pin (75-73) and waterproof seals (76) hold the brush ·: * in place by means of a spring mechanism.

The design of the brush (10) and its 45 ° angle give it continuous contact with the tooth surface, and in particular the longer edge bristles (11) of the brush (10) stimulate the gum line (85) and gingiva (84) as shown in Fig. 9A-D.

Figures 10A, B, and C show how an anatomically shaped brush gets maximum contact with tooth surfaces without pressure. In Figure 10D, the head of the toothbrush is rotated 90 ° so that it can be used to wash the spaces between the missing teeth and the back of the teeth, which are usually difficult to clean.

The toothpick and toothbrush attached to the multifunctional head, shown in Fig. 11A and B, can be used to clean areas between teeth that cannot be cleaned or difficult to clean with a large shark. By attaching a toothbrush to the ends of the fork, it can be used to clean bridges and artificial root surfaces, Fig. 11C, since the rotating toothbrush can be sprayed with water at the same time as brushing.

In Fig. 12, the pivot (20) of the toothbrush pivotally detaches from the multifunctional end, and connects the connecting member at the end of the tooth (87) to the connecting member (86) of the curette (18). In this way, a sufficiently long curette having a finger pointing position (88) is obtained and is easily reached by scratching the tooth flap, even from the posterior teeth, with the curette walker (89).

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In Figure 13, a water tube (90) passes through a hole in the middle of the toothed wire reel (22). . * ·, • i »

A toothed wire reel (22) is inserted between the opening portions (Q and S) of the multifunction head,. • Then the parts are secured to each other and a multifunctional head as in Figure 13B is obtained. *. ' * • t · • «• ·« »t

Figure 14 illustrates the various toothbrushes and their attachment to the ends of the v-shaped forks. Figures 14D and C show a section of the toothbrush. . I.

The toothbrush tube (96) in which the sharks are attached is made of plastic. The tubular • end (94) and the distal (95) of the tube are made of metal that is strongly magnetically soldered and is insulated with a very thin plastic film. The pipe has holes (93) through which water or mouth water flows through the water line (92). The toothbrush bracket (91),:, j .: Push into the tooth bracket. The bristles (97) are attached to a shaft acting as a shaft. : V:

The final image of the toothbrush is as shown in Figure 14B. A special broom brush (DOO) • »· reflects the artificial roots, Figure 14A. :: *: • · »• ·

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In Fig. 15B, the toothbrush (15) is attached to the water pipe (108) on the claw (16) '; • »· insert it into the hole in the fork (109). The spherical toothbrush head (94) engages with a strong magnet (106) through a hole (85) in a spherical plastic-coated cavity (107). The contact (19) locks the toothbrush in place. In Fig. 15A, a rotating crank (101) rotates a gear (104) on the fork and a toothbrush attached thereto. Water coming from the tap water conduit (102) sprays through the holes in the toothbrush to the tooth surfaces and the optical fiber (103) illuminates the area of the mouth to be washed.

In Fig. 16D, the rotating shaft (M) of the motor rotates the wheel (114) with only 30% of the teeth at the top. The wheel (114) lowers the tooth (115) and stretches the part (117). The jerking motion is transmitted via a portion (116) to the brush which oscillates sideways back and forth. In Fig. 16E, the mounting member (77) rotated by the shaft of the brush head rotates the strolled brush assemblies (79).

A water pipe (111) passes through the same attachment member and connects to the pipeline in the shark.

The swiveling brush is locked by means of a member (112) at the bottom of the brush head shaft, Fig. 16C. When the brush is rotated, the grooves (113) at the bottom of the brush, Fig. 16B, engage the members (112) and the brush is locked in the desired position.

Detaching the brush from the shark head, Fig. 16F, is done by pressing the push buttons (9), whereby the retaining part (81) presses the shark holding springs (82) back and the brush is released.

Fig. 16E is a symbolic cross-sectional view of the rotating mechanical parts of the brush.

Fig. 16A shows the brush group holes and water outlet paths symbolically above.

As shown in Figure 17, the brush head can be of three types. In the motor brushed head of Figure 17A, the shark bundles make a 180 ° reciprocating motion, and the bundles are:

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attached to the elastic and waterproof membrane (121) of Fig. 19B, which stretches in bundles. * '*, leaning down and popping them up again, acting as a sort.' '; • »»

as shock absorbers, which allow the bouquets of bristles to match the tooth surfaces. 17B

In the · · · shark head, the brush heads rotate as described above, but the shark bundles :: do not have a shock absorber. In the shark head shown in Figure 17C, the shark bundles are stationary. * · ·

In Figure 18B, the bristles (10) are firmly attached to a bundle (78). The bundle is pushed through an elastic mat (121) and sealed on both sides. A bracket (1224) is attached to its end (123) which, together with the projections (128), prevents the bundle from detaching from the recesses (125) at the bottom of the brush. The bundle is rotated on the motor shaft (127) via mechanical connections (79):::. : '': • · · • »· •» · • · ·

The parts A and B of Fig. 19 can be joined by connecting the parts of the connecting portions (129) and (130) to obtain the brush shown in Fig. 19C. The toothbrush in the picture is flexible, '*! elastic mat, but its bouquets do not rotate. Part A of the picture can be replaced if necessary. Fig. 19D shows the operation of the elastic material (121) when applied as a shock absorber.

In Figure 20, parts A and B can be joined together to provide a shark with rotating bundles of brushes having an elastic and resilient mat matting as a shock absorber, Figure 20C. If necessary, part A can be replaced.

Figure 21A shows an example of brushing broom placement and grouping in a substrate. Figure 21B shows the rotation of the broom and how the elastic mat acts as a shock absorber.

Parts A and B of Figure 22 can be combined. This results in a brush according to Fig. 22C which does not have a shock absorber, but its bristles rotate. Part A can be replaced if necessary.

When the electric or manual toothbrush is detached, the toothbrush head and multifunctional head can be connected to a plurality of accessories designed for this device as shown in Figures 23 to 33. When using various attachments, the sensors (148) are provided at their ends and engine operation is adapted to each accessory.

Figure 23 shows accessories for shaving and styling. When the brush head is removed from the toothbrush head, a razor blade can be inserted into its space as shown in Figure 23A.

The retaining member (136) causes the razor blade (134) to move back and forth. The ring (132) at the top of the razor blade makes driving easier. Figures D and E show the rotation of the razor blade around the axis (77) of the toothbrush head.

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As shown in Fig. 24, the shaft of the movable shaving head is attached to the toothbrush motor. Dry; • · »use either rotary star-shaped blades (140) placed underneath the net or two V *» * · sharp pointed, overlapping combs (141,142). For wet driving: the blades of the handle blade, Fig. 24D, move sideways and cut off the hairs. The water coming into the shaving head of the shaft blades continuously rinses the broken hairs between the blades, allowing you to shave with a clean, clean hair. 1; 1 • · ·

The toothbrush motor can be fitted with a lamp (144) as shown in Figure 25A to act as a torch. Other accessories may be mounted on the lamp (144). :

By attaching a small mirror (146) with adjustable position to the lamp, a · · · · · · · · · · · · · · · · saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan saadaan 25 25 25 25 25 25 25 25 25 25 25 25, Fig. 25B. Lamps; * * '; • · »The components are: lens (149), incandescent or other lamp (148L), sensor (148), and electrical conductors (147). :; ·; • »·

The lamp can also be fitted with a magnifying glass for reading. '. '• · »» · · · ·

Figure 26 shows two different probes for measuring fever. The required electronics {150) of the measuring device are located on the shaft of the measuring device, Figure 26A.

The electrical conductors (147) are connected to the lamp (144) and the device receives the required power from the toothbrush motor. The tactile probe (153), Fig. 26C, measures the fever from the mouth with a circular conical (151) gauge (152) from the ear, Fig. 26B. Body heat is displayed on the toothbrush motor control panel.

Figure 27B shows an accessory for checking the ears, mouth and eyes (155). The device is mounted on the lamp (144), Fig. 27A, whose light is amplified and directed such that the conical tube (159) is visible to the ears, the retina of the eyes and the pharynx. The lens (158) of the device can be changed as required. The device has a viewfinder (156) which can be moved according to the image and a focus (157) for adjusting the image to sharpness.

Figure 28B shows an accessory for drilling (169), grinding (168) and nail care (167). The attachment is mounted directly on the toothbrush motor which rotates (161,162,163) the various ends (167,168,169) of the device. The attachment has horizontal (164) and vertical (165) mounting heads. If necessary, the device can be injected into the working area via water (166). The ends can be fitted with a drill bit (169), a polishing brush (167), a circular sanding disc (168) and other rotating parts.

Fig. 29 illustrates an accessory (170) with a lid (171) which opens by turning and containing a variety of small wrenches (172). They can be used to loosen the screws of small devices by attaching a wrench to the end of the device (174), tightening the key (175), and using the device like a normal drill. The attachment works by connecting it directly to the toothbrush motor.

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Figure 30 shows a gun barrel cleaner (176). The cleaner is assembled inside, · - *, stacked pieces (178) connected by a string (177).

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The toothbrush motor can be used as shown in Fig. 31 A, B and C as a mixer motor and ·,.,> Lubricant motor. ··. ;

Figure 32 shows a hair shark D for massaging the scalp. As shown in Figure 32B, the brush is ;;; a double-sided massage shark (181) on one side for brushing and a massage surface (180) made of round balls on the other side, which massages and vibrates the scalp. Attach the hairbrush, Fig. 32F, to the toothbrush motor ^ 47) and the brush::: The fan (182) blows heated air (183) between the brush peaks. : '; *: t f

The blades of the fan shown in Figure 33 are rotated by a toothbrush motor, which: ·: speed is adjusted to the desired speed via the control panel on the motor. '»» »

Claims (12)

1. Multifunctional toothbrush comprising: · a multifunctional head with a floss holder having a toothed groove ··, etc · to attach a floss, «- a toothbrush locking mechanism, • * toothbrush, '···' brush head, having a pivotable, lockable and removable brush, characterized in that the angle (69) between the brush surface formed by the brush bristle and the vertical surface of the brushes Y is between 40 and 70e of the brush cross-section. * · *. view; that the second leg of the multifunction head (2) opens pivotally and is locked by a locking mechanism of the leg: ': ·: V-shaped; and that a floss (39) is attached to your forks, 20); And that a toothbrush (15) is attached to the forks or to the fork; and that the brush head (l) '*; The brush (8) is rotatable and stays at a desired angle by means of a stop mechanism (112,113); and that the multifunctional head and the brush head are fixedly attached to each other or can be detached from each other. 2. Playing sigt användbar tandborste som omfattar et fleroperationshut som uppvisar en tandträdshällare som kan öppnas ochpä vars annar fästs en tandträd, - en läsm mechanism för armen, en borste för tandmellanrummen, ett borsthuvude sin lässäs, lösgöras that kopplingsstycke, - en motor som fungerar med hjälp av ett laddningsbart batteri eller med nätström, jerk motor omfattar maneuvnappar och en maneuverpanel för motor kännetecknad av att borsthuvudet (1), fleroperationshuvudet (2) och fästas vid motom; och att borsthuvudet (1) enligt patentkrav 1 16 106921 I k rör sig med hjälp av motom; och att borsten (15) for tandmellanrummen som har fasts pä. ,, fleroperationshuvudet (2) enligt patentkrav 1 roterar kring sin Axel med hjälp av motom. _ .. • * * · »• I> • ·» 2. Multifunctional toothbrush comprising: - a multifunctional toothed floss holder with a floss to attach to the grooves on its grooves, - a toothbrush locking mechanism, the motor control switches and the control panel are characterized in that the brush head (1), the multifunction head (2) and the coupling part (51) can be detached and fastened to the motor; and that the brush head (1) of claim 1 is driven by a motor; and that the toothbrush (15) attached to the multifunction head (2) of claim 1 rotates about its axis by means of a motor. 3. The game sig-användbar tandborste enligt föregäende patentkraven, kännetecknad av att _ j * borsten and anatomiskt form sat att den bildar en vergformad yta eller en dragspelsyta. * ;;; ' Multipurpose toothbrush according to the preceding claims, characterized in that the shark is anatomically shaped to form a wavy or accordion surface. 106921 4. The playigt användbar tandborste enligt föregäende patentkraven eller kombinationer av dessa, kännetecknad av att i tandträdshällaren används en tandträd med en bestämd längd! '! och med en länk i ändan. As claimed in the preceding claims or combinations thereof. * * *. a »multifunctional toothbrush characterized by the use of / - · ·» loop-shaped, toothed-tooth floss in the floss holder. V a a a • * • a • · » 5. Playingigigt användbar tandborste enligt föregäende patentkraven eller kombinationer av. . ·. dessa, kännetecknad av att en tandstick (26) samt en kyrett (18) förvaras i armen (20) av. . ·. interest in fleroperations (2) A compound according to the preceding claims or combinations thereof *. A multi-purpose toothbrush is characterized in that a toothpick (26) and a curette (18) are retained on its multifunctional head (2) on its claw (20). ;; \ »· • · 6. The game sig-an-bar tandborste enligt föregäende patentkraven eller kombinationer av dessa, kännetecknad av att olika slags Borstar (15) for tandmellanrummen förvaras i et vattentätt fack som befmner sig i tandborstens fleroperationshuvud (2). Multipurpose toothbrush according to the preceding claims or combinations thereof, characterized in that various interdental disks (15) are stored in the multipurpose end (2) of the multipurpose toothbrush (2). : ': *: • · 7. A game sig anbändbar tandborste enligt föregäende patentkraven eller kombinationer av dessa, kännetecknad av att tandträd (23) förvaras i et vattentätt fack som befmner sig i tandborstens skaft (4). A multi-purpose toothbrush according to the preceding claims or combinations thereof: characterized in that a waterproof '' * * container on its shaft (4) holds a floss (23). ''! 8. The playig anchor bar tandborste enligt patent kraven 2-7 eller kombinationer av dessa, the turnbuckle av att borstknippen (78) utfor en roterande, the frame and the rotation of the handle, 180 °. The multifunctional toothbrush according to claims 2 to 7, or combinations thereof, characterized in that its shark bundles (78) make a reciprocating rotary movement with an angle of 180 °. 9. Borste for tandmellanrummen, busting borste omfattar et med hai förerör rör och en borstdel, kännetecknad av att borstdelen i borsten för tandmellanrummen har fastsätts med vör rör som fungerar som Axel, whisker fäst med först fåster som befinner sig i armen i den playedigt användbara tandborstens fleroperations interests. 9. Toothbrush comprising a perforated tube and bristles characterized in that the toothbrush bristles are attached to an axially perforated tube which engages with a mating member on the mating member of the multifunctional toothbrush. 10. Game sigt användbar tandborste enligt patentkraven 2-8 eller kombinationer av dessa, transducer av att inne i borsthuvudet (1), fleroperationshuvudet (2) och kopplingsstycket 106921 17 (51) gär ett vattenrör (51) (52) Medhjälp av larval sparrow sprutas genomhai i borsthuvudets. ti »(1) borste (8) och genom hai i borsten (15) for tandmellanrummen enligt patentkrav 9, och att • · borsthuvudet, fleroperationshuvudet och kopplingsstycket kan kopplas account en apparat som • · · matar in vätskan i rörsystemet. ^ ·> T • · • «· • * · • · • · Multipurpose toothbrush according to claims 2 to 8 or a combination thereof, characterized in that a water tube (52) is provided inside the bristle head (1), the multifunctional head (2) and the connecting part (51) for injecting liquid into the brush head (8) and of the toothbrush (15) of claim 9, and that they may be connected to a device for supplying fluid to the piping. 11. The game digits användbar tandborste enligt nagot av de föregäende patentkraven eller kombinationer av dessa, kännetecknad av att borstknippama (78) i borsthuvudet (1) omfattar • »* •» »et stötdämpningssystem. ! *! • i »• ► I I t II» • » Multipurpose toothbrush according to the preceding claims or combinations thereof, characterized in that its bristle bundles (78) of the shaving head (1) have a shock absorbing system. A multifunctional toothbrush according to the preceding claims or combinations thereof, characterized in that its motor body has a storage space for a toothpick. 15 106921 • · • «· lit • · Patent krav. . ·. til • · »» • * 1 .Mängsidigt användbar tandborste som omfattar * 'I • · · that fleroperationshuv som somppvisar en tandträdshällare v vars med spär' · * försedda Armar fästs en tandträd, * · ·· * • · - en läsmekism för armama, * ··· '- en borste för tandmellanrummen, • * «• · · - that borsthuvud som uppvisar en borste som kan crank, läs pä sin plaats''! • »» och lösgöras,!. ' • rotating the tips (69) while the picture is being drawn, the picture is boring and the picture is 40 ° to 70 °; att,,. den andra armen i fleroperationshuvudet (2) öppnar sig med hjälp av en led och läses i V-fonn med hjälp av läsmekanismen i armen; och att tandträden (39) fästs pä giving (16, 20) och att borsten (15) f tandmellanrummen fästs pä giving (eller pä armen); och att borsten (8) i borsthuvudet (1) in the crank och den häller sig i en self-hints for med hjälp av en stoppmekanism (112,113); och att fleroperationshuvudet och borsthuvudet har fast förenats med varandra eller de kan lösgöras frän varandra. 12. Gameigt användbar tandborste enligt face av de föregäende patentkraven eller; '\'; • »» kombinationer av dessa, kännetecknad av att motorhuset omfattar et förvaringsutrymme,, ·. »»> (40) för tandträd. ,, ·. • I • · I