JP6087775B2 - Hand vibrator and hand vibrator connector - Google Patents

Description

  The present invention is a hand vibrator and a hand vibrator connector that can be attached to a hand to vibrate the hand and the tool held by the hand.

Conventionally, there are many things that enhance their action by vibrating the tool itself. For example, there is an electric toothbrush (for example, Patent Document 1) that incorporates a vibration motor in a toothbrush body and vibrates the brush portion to increase the effect of brushing, and is widely distributed in the market.
The vibration part and brush part of the electric toothbrush are independent, and by exchanging the brush part, there are also parts that can be used by sharing the vibration part apart from the brush part in the family when replacing the brush deterioration is there.

There has been a cleaning brush device (for example, Patent Document 2) in which a vibration motor is incorporated in a handle of a brush to improve a sliding effect when cleaning a bathtub or a toilet.

Many massage instruments (for example, Non-Patent Document 1) that perform massage by incorporating a vibration motor so that the affected part contact portion vibrates as an instrument for performing massage are distributed in the market.

There has been a glove-type massage device (for example, Patent Document 3) in which a small vibrator can be arranged on the front surface of each fingertip in order to increase the massage effect by vibrating the fingertip when massaging with a hand. In addition, there is a hand massage machine (for example, Patent Document 4) that can be operated with a fingertip by providing a vibration device on the top of a glove.
Also, it is an airplane-shaped vibration massage machine that fits in the hand, and it is fixed to the hand by placing a finger on the wing, and the massage machine is applied directly to the affected area or by applying a finger to the massager (for example, There was Patent Document 5).
In addition, there has been a vibrating ring (for example, Patent Document 6) in which a vibration device is attached to the upper part of the ring and massage is performed with a vibrating hand.

  In the scalp massage brush, there has been a massage instrument (for example, Patent Document 7) that performs cleaning and massage of the scalp while vibrating by providing a vibration generator inside.

JP-A-6-269317 JP 2003-102550 A JP2013-116301A JP-A-9-103458 Patent 4888606 JP-A-9-276012 JP2008-1119016

Shokai 55-10777

A tool that enhances the action of the tool by vibrating the tool held in the hand has an article for each use. For example, a vibration mechanism is provided in each of an electric massager, an electric toothbrush, an electric dishwasher, an electric scalp brush, and the like. These dedicated tools need to be provided with a vibration mechanism inside, and since the vibration mechanism is combined with the tool for each use, the price of the single unit becomes high. Moreover, it may be difficult to incorporate a vibration mechanism due to the size and shape peculiar to the tool, which is one of the factors that cause development and dedicated parts to be expensive.

In describing the present invention, the following terms are defined for convenience. A tool (for example, an electric massager, an electric toothbrush, an electric dishwasher, an electric scalp brush, etc.) that enhances the action of the tool held by the hand when it vibrates is referred to as a “vibration effect tool”. In addition, an original tool (for example, a pot pushing tool, a toothbrush, a dishwasher, a scalp brush, etc.) that does not incorporate the vibration device of the “vibration effect tool” is referred to as a “non-vibration tool”.

  The problem to be solved by the present invention is not to provide a vibration effect tool by providing a vibration device in a non-vibration tool, but to vibrate the non-vibration tool held by the hand by vibrating the hand itself to enhance the action of the tool. That is. In order to vibrate the hand itself, it is to realize a hand vibrator which is an instrument capable of attaching a vibration device to the hand, and to make it possible to use a plurality of non-vibrating tools with one hand vibrator.

In order to handle a plurality of non-vibrating tools with one hand vibrator, there is a problem that the finger must move almost freely so that the non-vibrating tool can be used with one hand. There is also a problem that a sufficient strength must be secured to effectively vibrate the non-vibrating tool.
There is also a problem that it must be easy to maintain a hygienic state. In addition, it is also a problem that it is easy to attach and detach for ease of use, and it is desirable that one size can be used by almost everyone regardless of the size of the hand.
Realizing these things at low cost is also one of the problems.

  A glove-type massage machine (for example, Patent Document 3) is provided with a vibration device at each fingertip. However, when a non-vibration tool is worn by wearing this, the vibration device at the fingertip disturbs the movement of the finger, For example, it cannot be used for those that require fine fingertip use, such as the use of a toothbrush or nail file. Also, gloves tend to sweat and become unsanitary, and there is resistance in use when used for various things. Furthermore, it is not easy to attach and detach to the hand.

  A glove-type massage machine (for example, Patent Document 4) is provided with a vibration device at the top of a glove, and this mechanism can also vibrate a hand. However, it takes time to attach and detach. In addition, since the material constituting the glove is required to be a stretchable material because the hands are put in and out, there is also a problem that the vibration of the vibration device located on the back of the hand via the stretchable material is deteriorated when it is transmitted to the fingertip. . Furthermore, since gloves suitable for the size of the hand are required, a plurality of sizes are required to satisfy the wearing of many people. Moreover, although it becomes easy to become unsanitary with the sweat from a hand and needs washing | cleaning, in patent document 3, attachment or detachment of a vibration apparatus and a glove is not described, and washing | cleaning cannot be performed easily. Gloves are basically easy to personal and difficult to share with others.

  The electric massager described in Patent Document 5 can vibrate a hand, but cannot move a finger freely, cannot handle non-vibrating tools, and can only be used as a function of a massager. .

  The vibrating ring (for example, Patent Document 6) mainly used for massage with a vibrating device on the ring can freely use the palm finger, but the vibrating device swings on the finger because it is supported by one finger. , Enough vibration can not reach the hand. In addition, supporting a large vibration device with only a thin ring may cause stress on the finger, resulting in marks on the finger or internal bleeding. In addition, since the finger size varies greatly depending on the person, one size cannot handle many users.

At present, many vibrators are distributed as massage / health appliances. Many of them are cylindrical in shape and apply vibrations to a part of the human body by applying the tip to the affected part. It is becoming cheaper because it is in circulation. There are also small vibrators with high vibration capability.
If there is an attachment that can be used as a hand vibrator by attaching / detaching an existing vibrator to / from the hand as a vibration device, development and manufacturing are simplified, and as a result, a non-vibration tool can be used as a vibration effect tool at low cost.

The hand vibrator has a vibration device, and the hand vibrator is attached to the hand. When a hand having a non-vibrating tool such as a toothbrush vibrates, the non-vibrating tool vibrates through the hand to enhance the action of the tool.

  The hand vibrator mainly has a vibration device using a vibration motor by an eccentric mechanism as a vibration source and a mounting part for attaching to the hand, and the mounting part has a flat plate extending left and right from a shaft extending downward from the vibration device. It is. By placing the shaft on the crotch of two fingers, the two fingers are surrounded by the flat plate, the shaft, and the vibration device, and the vibration device is firmly placed on the back side of the hand. At this time, the fingertip is hardly restricted by the vibration device and the mounting portion, and the area in which the finger can freely move is large, so that a non-vibrating tool such as a toothbrush can be easily operated. Also, it is possible to transmit finger vibrations such as massage to the body by vibrating the fingers with a vibration device without using non-vibrating tools. Also, it is very easy to attach and detach the hand vibrator to the hand.

When a hand vibrator is attached and a hand holds a non-vibrating tool (for example, a toothbrush), the vibration of the vibration device is transmitted to the hand, and the vibration is transmitted from the hand to the non-vibrating tool (for example, a toothbrush). It can vibrate to improve its tool effect.
Furthermore, the non-vibrating tool (for example, toothbrush) can contact a part of the lower part continuous from the vibrating device, so that the vibration of the vibrating device can be directly transmitted to the non-vibrating tool (for example, toothbrush). A non-vibration tool can be used as a vibration effect tool with reduced loss.

  The mounting portion for attaching the hand vibrator to the hand has several shapes, and is not limited to the above shape. A hand is held between two palms on the palm side and back side of the hand, and a part of the part surrounding the finger is opened to provide a size adjustment function. be able to.

  A hand vibrator is composed of a vibration device and a mounting portion as described above, but it can also be used as a hand vibrator by attaching a mounting portion to the hand using a vibrator that is generally distributed as a vibration device. it can. That is, the attachment part can be attached to and detached from the vibrator. In this case, the vibrator can be used in the original use of the vibrator, and the vibrator can be attached to the hand through the mounting portion and the non-vibrating tool can be held in the hand as a hand vibrator, and the effect of the tool can be enhanced. it can.

If there is one hand vibrator according to the present invention, a plurality of non-vibration tools (toothbrush, scouring tools, etc.) can be vibrated and used. As a result, the user can reduce a plurality of vibration effect tools at low cost. Can be used at low cost and space.

  The hand vibrator according to the present invention is easy to share with others because it is size-free and its mechanism is simple and hygienic. For example, an electric toothbrush is used for the oral cavity and is a property that is individually owned by each family member, but a hand vibrator is attached to the hand, so if there is one family member, each family toothbrush can be used as a hand vibrator. The toothbrush can be vibrated and used, so there is no need to purchase an electric toothbrush for individual family members and there is an advantage that it can be used at low cost for the user.

The hand vibrator connecting device according to the present invention is a hand-electric massager connecting device in which a small and powerful electric massager already distributed can be arranged on the back side of the hand. By using a mass-produced and inexpensive electric massager as a vibration source, it is possible to make a device that vibrates hands at low cost.

It is a perspective view, a front view, a plan view, and a left side view of the first embodiment of the hand vibrator according to the present invention. It is a perspective view showing the use condition of 1st Embodiment of the hand vibrator which is this invention. It is a perspective view, a front view, a top view, and a left side view of a second embodiment of the hand vibrator according to the present invention. It is a perspective view, a front view, a plan view, and a left side view of a first embodiment of a hand vibrator connector according to the present invention. It is a perspective view showing the state which attaches a vibrator to 1st Embodiment of the connection tool for hand vibrators which is this invention. It is a perspective view of 2nd Embodiment of the coupling tool for hand vibrators which is this invention. It is a perspective view showing the use condition of 2nd Embodiment of the coupling tool for hand vibrators which is this invention. It is a front view showing the difference in the usage method of a non-vibration tool when using 1st Embodiment of the hand vibrator which is this invention. It is a perspective view of 3rd Embodiment of the connection tool for hand vibrators which is this invention. It is a perspective view of 4th Embodiment of the connection tool for hand vibrators which is this invention.

(First embodiment of a hand vibrator)
The hand vibrator 10a according to the present invention shown in FIG. 1 is mainly composed of two parts. One is the vibration device 20a, and the other is the mounting portion 30a. The vibration device 20a has a vibration mechanism by a vibration motor inside, and generates vibration every moment when the power is turned on. The mounting portion 30a is disposed below the vibration device 20a. The mounting portion 30a includes a shaft portion 31a extending downward from the lower portion of the vibration device 20a and a horizontal portion 32a extending left and right from the shaft portion 31a. The shaft portion 31a and the horizontal portion 32a are continuous while drawing an arc. This is to prevent the fingers from feeling uncomfortable when worn. The width of the horizontal portion 32a is shorter than the length from the second joint to the third joint of the finger to be used. This is because it does not interfere with the mounting described later.
2 (A) and 2 (B) show the usage state of the hand vibrator 10a according to the present invention. As shown in FIG. 2, the shaft portion 31a is sandwiched between the second joint and the third joint of two adjacent fingers (in the figure, index finger and middle finger), and the upper surface of the horizontal portion 32a is below the finger (abdomen). Side). The vibrator 20a located on the upper part of the finger / the shaft part 31a located on the lateral side of the finger / the horizontal part 32a located on the lower side of the finger surrounds and closely contacts each of the two adjacent fingers, thereby allowing the hand vibrator. 10a is firmly attached to the hand and does not fall even if force is not applied to the finger. For example, the hand vibrator 10a does not fall from the hand even when the hand vibrator is weakened from the arm to the fingertip and the fingertip is extended toward the ground with the hand vibrator 10a attached.
When the hand vibrator 10a is worn, all the fingers move almost freely, and do not become an obstacle when the non-vibrating tool is operated with the palm or fingertip.
The fingers sandwiching the shaft portion 31a may be any combination of an index finger and a middle finger, a middle finger and a ring finger, and a ring finger and a little finger.
In addition, the shaft portion 31a and the horizontal portion 32a are more likely to be in close contact with the finger if they are continuous while drawing an arc, but they function even if they are orthogonal without drawing an arc, for example.
In addition, in FIG. 1, the shaft portion 31a extending downward from the vibration device 20a is single so that it can be used for the left and right adjacent fingers, but the shaft portion 31a may be divided into two for each finger.
Moreover, the horizontal part 32a may be long so that it may be located below a several finger | toe, and the two horizontal parts 32a may differ in length.

(Vibration transmission)
There are two paths for transmitting the vibration of the vibration device 20a located on the back side of the hand to the non-vibration tool when the hand vibrator 10a is mounted.
The first is a path through which the hand sandwiched between the vibration device 20a and the horizontal portion 32a vibrates due to vibration generated by the vibration device 20a, and the vibration is transmitted to a non-vibration tool held by the hand.
Second, the hand and the horizontal part 32a vibrate due to the vibration generated by the vibration device 20a, and the vibration is transmitted to the non-vibrating tool through contact with the horizontal part 32a in addition to the path through which the hand vibration is transmitted to the non-vibrating tool. It is a route.
In the case of the first route, the transmission of vibration to the hand having a high flexibility is a transmission in a state where the vibration of the vibration source is absorbed and the vibration of the vibration source is weakened.
FIG. 8B shows the first route. The state which uses the toothbrush 91 as a non-vibrating body is represented. The vibration of the vibration device 20 a is transmitted to the hand, and the vibration of the hand is transmitted to the toothbrush 91.
FIG. 8A shows a second route. In the case of the second path, since the non-vibrating tool is in contact with the horizontal portion 32a that is continuous with the vibration source, the vibration of the vibration device 20a is directly transmitted to the non-vibrating tool through the contact, compared with the first path. Thus, the vibration of the vibration device 20a is transmitted to the non-vibration tool while being substantially maintained. Therefore, the second path can transmit vibration from the vibration device to the non-vibration tool more efficiently than the first path.
The vibration efficiency also depends on the material of the mounting portion 30a constituting the horizontal portion 30a. The more flexible, the lower the efficiency of vibration transmission.
In the first vibration path, the vibration of the hand vibrator 10a is transmitted to the hand from the top of the finger even in the back of the hand, so that the vibration force of the fingertip is strong, and the vibration device is applied to the back of the upper hand of the palm as in Patent Document 4. The vibration of the fingertip is stronger than when there is (if the vibration force is the same).

(Second embodiment of the hand vibrator)
As shown in FIG. 3, the hand vibrator 10b according to the present invention is mainly composed of two parts. One is the vibration device 20b and the other is the mounting portion 30b. The vibration device 20b has a vibration mechanism by a vibration motor inside, and generates vibration every moment when the power is turned on. The mounting portion 30b is disposed below the vibration device 20b. The mounting portion 30b includes a shaft portion 31b extending downward from the lower portion of the vibration device 20b and a sphere 32b positioned further below the shaft portion 31b.
This represents attachment of the hand vibrator 10b to the hand. When the shaft portion 31b is sandwiched between the second joint and the third joint of two adjacent fingers (for example, the index finger and the middle finger), the upper surface of the sphere 32b comes into contact with the lower side (abdominal side) of the finger. . The vibration device 20b located on the upper side of the finger / the shaft portion 31b located on the lateral side of the finger / the sphere 32b located on the lower side of the finger surrounds and closely contacts each of the two adjacent fingers, whereby the hand vibrator 10b. Is firmly attached to the hand and will not fall off without applying pressure to the fingers.
The sphere 32b may not be a perfect sphere, and may be any shape that supports the lower side of the finger that is connected to the lower side of the shaft portion 31b and is in contact with the shaft portion 31b.

(First embodiment of a connecting device for a hand vibrator)
The hand vibrator connector 50a according to the present invention shown in FIG. 4 is mainly composed of two parts. One is a vibrator support portion 45a, and the other is a mounting portion 40a. Further, the mounting portion 40a is continuous from the vibrator support portion 45a, and includes a shaft portion 41a extending downward from a lower portion of the vibrator support portion 45a and a horizontal portion 42a extending to the left and right. The vibrator support part 45a has a space inside, and is a size that can sandwich the vibrator 25 to be used. The vibrator support portion 45a has a cylindrical shape so as to support a columnar vibrator which is a general shape of a small vibrator.
5A and 5B show a state in which the vibrator 25 is attached to the hand vibrator connector 50a. The hand vibrator connector 50a has flexibility, and opens the shaft portion 41a below the vibrator support portion 45a so as to cover the vibrator 25. The vibrator 25 is sandwiched by the shape restoring force of the hand vibrator connector 50a and supported inside the vibrator support portion 45a. A hand vibrator is configured by connecting the vibrator 25 to the hand vibrator connector 50a.
The method of attaching the hand vibrator to the hand using the hand vibrator connector 50a is the same as that shown in FIG. The shaft portion 41a is sandwiched between the second joint and the third joint of two adjacent fingers, and the horizontal portion 42a supports the lower side of the finger. The hand vibrator is firmly attached to the hand by surrounding and adhering at least three directions of two adjacent fingers by the shaft part 41a located between the outer periphery / finger and the horizontal part 42a located below the finger. Even if you don't put any effort into it, it won't fall. For example, even when the hand vibrator composed of the hand vibrator connector 50a and the vibrator 25 is attached to the hand, the hand vibrator falls from the hand even when the fingertip is extended toward the ground by being weakened from the arm to the fingertip. There is no.
The vibrator support portion 45a is not limited to a cylindrical shape because it depends on the shape of the vibrator 25 to be used, and may be any shape that can be clamped in accordance with the shape of the vibrator 25 to be used.
Moreover, in order to prevent the switch of the vibrator 10a from being hidden by the vibrator support portion 45a, a hole may be provided at a position where the vibrator support portion 45a and the switch overlap.

(Second embodiment / third embodiment of a connecting device for a hand vibrator)
The hand vibrator connector 50b according to the present invention shown in FIG. 6 is roughly composed of two parts (a vibrator support part 45b and a mounting part 40b. Further, the mounting part 40b is composed of a shaft part 41b and a horizontal part 42b. Yes.
The vibrator support portion 45b made of a flexible material has a space inside and supports it with the vibrator 25 to be used in between. The vibrator support portion 45b has a cylindrical shape so as to support a columnar vibrator which is a general shape of a small vibrator. There is a notch in a part of the vibrator support portion 45b, and the notch is widened to put the vibrator 25 into the space, and the vibrator 25 is sandwiched by the shape restoring force of the vibrator support portion 45b.
FIG. 7 is a diagram illustrating a state in which the hand vibrator configured by the hand vibrator connector 50b and the vibrator 25 is used. 2 is the same as the mechanism shown in FIG. 2, the shaft portion 41b is sandwiched between the second joint and the third joint of two adjacent fingers, and the lower portion of the finger is supported by the horizontal portion 42b. By surrounding and adhering three directions of two adjacent fingers at the lower outer portion of the vibrator support portion 45b located at the position, the hand vibrator is attached to the hand and does not fall even if force is not applied to the finger. FIG. 7 shows a state where the vibration of the fingertip generated by the hand vibrator is transmitted to the human body in contact with the fingertip to perform massage to improve blood circulation or give stimulation.
In the hand vibrator connector 50a shown in FIG. 5, the direction in which the vibrator 25 is sandwiched is parallel to the finger. In the hand vibrator connector 50b shown in FIG. 6, the direction in which the vibrator 25 is sandwiched is perpendicular to the finger, but the direction in which the vibrator 25 is sandwiched may be changed. As shown in FIG. 9, the hand vibrator connector 50c is configured such that the direction in which the vibrator 25 is sandwiched is parallel to the finger. Regarding the direction in which the vibrator 25 is sandwiched, as another method, the connecting portion of the shaft portion and the vibrator support portion may be rotated so that the direction of the vibrator 25 can be freely changed on the back side of the hand.

(Fourth embodiment of coupling device for hand vibrator)
The hand vibrator connector 50d according to the present invention shown in FIG. 10 is mainly composed of two parts, a vibrator support part 45d and a mounting part 40d.
The vibrator support portion 45d made of a flexible material has a space inside and supports it with the vibrator 25 to be used in between. The vibrator support portion 45d has a cylindrical shape so as to support a columnar vibrator 25 which is a general shape of a small vibrator. There is a notch in a part of the vibrator support portion 45d, and the notch is widened to put the vibrator 25 into the space, and the vibrator 25 is sandwiched by the shape restoring force of the vibrator support portion 45d.
The mounting portion 40d has a belt shape. The belt 46d continuously connected to the lower portion of the vibrator support portion 45d is provided with a hole 47d and a buckle 48d on each end side of the belt 46d. The hand vibrator is configured by attaching the vibrator 25 to the hand vibrator connector 50d.
The hand vibrator is fixed to the hand while adjusting the tightening condition in a state where the belt 46d is positioned on the hand closer to the arm side than the third joint through the second finger to the fifth finger. At this time, the vibrator support portion 45d is located on the back side of the hand. In FIG. 10, the method of adjusting the position of the belt is performed using a buckle and a hole, but a method such as a hook-and-loop fastener may be used.
In addition, the method of supporting the vibrator 25 by the vibrator support portion is not limited to the holding by the flexible material, the method of supporting by the belt, the method of holding by the rubber material, and the structure fitted between the vibrator and the vibrator support portion. There is also a way to do it.
However, it takes a little time to attach and detach the hand vibrator using the hand vibrator connector 50d because belt adjustment occurs.

(Vibration transmission 2)
[0028] As described in [0028], the vibration transmission is the same for the hand vibrator using the hand vibrator connector according to the present invention, and there are two vibration paths.
In the first vibration path, the vibration of the vibration device 20b is transmitted from the hand vibrator connector to the hand, and the vibration is transmitted from the hand to the non-vibration tool. The transmission is performed in a state where the vibration of the vibration source is absorbed by the flexibility of the hand and the vibration of the vibration source is weakened.
The second vibration path is a vibration path through which vibration is transmitted to a non-vibration tool that is in contact with the hand vibrator connector connected to the vibration device 20b. In this case, the vibration source and the hand vibrator connector are connected. Therefore, the vibration loss is small, and the hand vibrator coupling tool and the non-vibration tool are in contact with each other. Therefore, the vibration is transmitted to the non-vibration tool through the contact with a small loss.
Therefore, the second vibration path can transmit vibration more strongly to the non-vibration tool than the first vibration path, and the hand vibrator connection tool can be made of a material having flexibility while having flexibility. Having a part of the vibrator coupling device on the palm side allows a second vibration path, which is highly effective when using a non-vibrating device.
In the first vibration path, the vibration of the hand vibrator composed of the hand vibrator connector 50a, the hand vibrator connector 50b, and the hand vibrator connector 50c is transmitted from the top of the finger to the hand. Therefore, the vibration force of the fingertip is strong, and the vibration of the fingertip is stronger than that of the vibration device on the back of the upper hand of the palm as in Patent Document 4 (in the case of the same vibration force).

(First embodiment of a hand vibrator)
1 and FIG. 8, the vibration device 10a has a cylindrical shape with a diameter of 25 mm and a length of 10 cm, and a switch at the top. The vibration device has a horizontal portion of 25 mm on the left and right through a shaft portion 32 a of about 15 mm from the center of the lower portion. The width of the shaft portion 32a and the horizontal portion 32a was 15 mm. With the vibration device 10a on the back side of the hand, the shaft portion 32a was inserted between the second and third joints of the index and middle fingers and attached. The hand vibrator 10a did not fall from the hand even when the fingertip was directed toward the ground in the weakened state.
As shown in FIG. 2, the hand vibrator 10a is attached to the hand, the vibration device 20a is turned on, the nail file 90 is held as a non-vibrating body in the hand, and the nail file 90 is lightly touched to the nail and slowly I traced the surface of the nail. I was able to brush my nails easily without having to reciprocate my hands many times.
The hand vibrator 10a can be attached to and detached from the hand in 1 second. Moreover, the hand vibrator could maintain hygiene in less than 5 seconds by wiping with a painted cloth.

(First embodiment of a connecting device for a hand vibrator)
Regarding the hand vibrator connector 50a shown in FIG. 5, the hand vibrator connector 50a is made of a flexible polycarbonate. A vibrator 25 having a diameter of 25 mm and a length of 12 cm and having a switch at the top was attached to the vibrator support portion 45 a to constitute a hand vibrator. The inner diameter of the vibrator support portion 45a is 24 mm, and the vibrator 25 having a diameter of 25 mm is sandwiched between flexible materials. There is a slight gap between the two shaft portions 41a, and the two shaft portions 41a are inserted between the second and third joints of the index and middle fingers as in FIG. However, by sandwiching the shaft portion 41a, the vibrator 25 was more firmly sandwiched between the vibrator support portion 45a.
A hand vibrator composed of a hand vibrator connector 50a and a vibrator 25 is attached to a hand, a toothbrush is held in a hand as a non-vibrating body, and the vibrator 25 is turned on and polished so as to slowly follow the teeth by the brush part. I could brush my teeth like an electric toothbrush without going back and forth many times. In addition, when the vase of the human body was pressed with a finger, the finger vibrated, so a pleasant pressurized vibration stimulus was obtained.
Moreover, the same effect was acquired even if it pinched | interposed the axial part 41a between the middle finger and the ring finger. Moreover, the same effect was acquired even if it pinched | interposed the axial part 41a between the ring finger and the little finger.
As in the case shown in FIG. 8A, when the vibrator 25 is turned on with the nail file 90 not in contact with the horizontal portion 32a, the nail file 90 is horizontal as in the case shown in FIG. 8B. When comparing the case where the vibrator 25 was turned on in contact with the portion 32a, the average time for polishing the nails was about 8 seconds for the former and about 5 seconds for the latter, and the efficiency of the latter was good.
The hand vibrator could be attached to and detached from the hand in 1 second. Moreover, the hand vibrator could maintain hygiene in less than 5 seconds by wiping with a painted cloth.
Further, the hand vibrator connector 50a has a shape that can be made only by bending a flexible material, and can be made very simply and at low cost, whether it is formed integrally or by bending.

  The hand vibrator using the hand vibrator and the hand vibrator connecting device according to the present invention vibrates the hand, and each of the hand vibrators such as a toothbrush, a file, and a sponge is vibrated through the vibrating hand. The function can be easily achieved. Moreover, since the structure is simple, it can be supplied to the market at a low cost. In particular, the hand vibrator connector has a very simple structure, can be manufactured at low cost, and can use vibrators (vibration devices) that are normally distributed in the market. be able to.

Since the hand vibrator using the hand vibrator and the hand vibrator connecting device according to the present invention vibrates the hand, the hand vibration itself is used or the non-vibration tool held by the vibrating hand is used by vibrating. Is. It can be used for various applications such as toothbrushing with the above-mentioned toothbrush, nail processing with nail file, scalp washing with scalp brush, washing dishes and cars with sponge for scrubbing, and polishing work with industrial file. . It is also possible to directly use hand and fingertip vibrations. As shown in FIG. 7, it can be used for massage, acupuncture, scalp washing with fingertips, and stimulation of the erogenous zone.
As described above, since one tool can be used in a wide variety, the industrial utility value is high. In addition, in the case of use in an environment where water is used, it can be realized because the vibration device / vibrator is waterproof.

10a hand vibrator 10b hand vibrator 20a vibration device 20b vibration device 25 vibrator 30a mounting portion 30b mounting portion 31a shaft portion 31b shaft portion 32a horizontal portion 32b sphere 40a mounting portion 40b mounting portion 40c mounting portion 40d mounting portion 41a shaft portion 41b shaft portion 41c Shaft portion 42a Horizontal portion 42b Horizontal portion 42c Horizontal portion 45a Vibrator support portion 45b Vibrator support portion 45c Vibrator support portion 45d Vibrator support portion 46d Belt 47d Hole 48d Buckle 50a Hand vibrator connector 50b Hand vibrator connector 50c Hand vibrator connector Tool 50d Hand vibrator connection tool 90 Nail file 91 Toothbrush

Claims (2)

A connecting device for a hand vibrator capable of mounting a vibrator having a vibration mechanism of the electric hand, the hand vibrator for coupling is composed of a mounting portion and the vibrator supporting portion, the vibrator supporting portion of the vibrator can be supported, the mounting portion is located below the vibrator supporting portion, wherein it is possible to attach the hand the hand vibrator connector by mounting portion, in which the vibrator is disposed on the back of the hand The hand vibrator connector is made of a flexible material, the vibrator support portion has a space in which the vibrator can be sandwiched inside, and the mounting portion surrounds the vibrator. Continuously from both sides of the vibrator support Each of the two fingers adjacent to each other when the hand vibrator connector is mounted. The shaft portion is sandwiched between two joints and a third joint, the horizontal portion supports at least the lower side of the two fingers, and the vibrator support portion is located above the two fingers. Hand vibrator connection tool. A hand vibrator having a vibration device having an electric vibration mechanism, a shaft portion extending downward from a lower portion of the vibration device, and a generally spherical mounting portion positioned further below the shaft portion. When mounted on the hand vibrator, the mounting portion supports the lower side of two to four fingers, and the vibration device is arranged on the back side of the hand.

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