JP5676366B2 - Beauty equipment - Google Patents

Description

  The present invention relates to a beauty device for removing fine dirt or infiltrating a moisturizing component to enhance a cosmetic effect.

  For example, a beauty device disclosed in Patent Document 1 is known as a beauty device according to the present invention. There, a beauty tool is composed of a vertically long body case that also serves as a grip, a skin electrode provided on the upper front of the body case, and a sheet holder that holds and holds the liquid-containing sheet placed on the outer surface of the skin electrode. ing. On the back of the main body case, there are provided a power-on button and a switching button for adjusting the intensity of the pulse current. In addition, grip electrodes are exposed on both the left and right sides of the main body case. The skin electrode is composed of a truncated cone-shaped projection, and the contact surface of the surface also serves as the other electrode during ion introduction / derivation. At the time of use, cover the skin electrode with a liquid-impregnated sheet impregnated with lotion, hold it with a sheet holder so that it cannot move, and then hold the grip electrode along the skin surface. Slide.

JP 2009-172240 A (paragraph number 0060, FIG. 5)

  According to the beauty instrument of Patent Document 1, it is possible to enhance the beauty effect by removing fine dirt such as facial skin or penetrating a moisturizing component into the skin by the ion introduction / derivation action. However, grip electrodes are provided on both the left and right sides of the main body case, which also serves as a grip, and skin electrodes are provided on the upper front of the main body case, so when cleaning the upper arm or forearm skin, hold it with one hand. The skin electrode of the beauty tool is brought into contact with the arm skin. The pulse current in this state is conducted through the arm that has clasped the beauty instrument, the upper torso, and the arm that is the object of care, and the electrical resistance increases as the conduction distance increases. Or it becomes difficult to fully exhibit the iontophoretic effect.

  An object of the present invention is to provide a beauty tool that can effectively clean the skin of the upper arm and the forearm to be cared for.

  As shown in FIG. 1, the beauty device according to the present invention includes a main body portion 85 having a grip electrode 87 and a head portion 86 having a skin electrode 88, and the head portion 86 and the main body portion 85 are attached and detached. Connected as possible.

  A lock structure is provided between the main body portion 85 and the head portion 86 so as to lock the head portion 86 connected to the main body portion 85 in an inseparable manner, and a release operation tool 104 for unlocking the lock structure includes a head portion. It is disposed on the outer surface of the case between the grip electrode 87 and the skin electrode 88 in a state where the 86 is connected to the main body 85.

  The main body portion 85 is formed in a cross-sectional shape having a large left-right width compared to the front-rear thickness, grip electrodes 87 are disposed on both the left and right sides of the main body portion 85, and at least one side of the front-rear surface of the main body portion 85. A release operation tool 104 is disposed.

  Either one of the main body 85 and the head 86 is provided with a lead storage structure including a reel 109 that encloses and stores the output lead 108 for the skin electrode 88.

  The lead storage structure includes a reel spring 110 that entrains and urges the reel 109. When the head portion 86 is separated from the main body portion 85, the output lead 108 is always entrained by the urging force of the reel spring 110. Pulled and biased in the storage direction.

  In the present invention, the head portion 86 having the skin electrode 88 and the main body portion 85 having the grip electrode 87 are detachably connected to each other, so that the head surface 86 is separated from the main body portion 85. Can be contacted. For example, when skin care such as the upper arm or the forearm is performed, the grip electrode 87 is gripped by the hand on the skin care side, and the head portion 86 separated from the main body portion 85 is gripped by the other hand. The electrode 88 can be in contact with the arm skin. Therefore, the conduction distance between the grip electrode 87 and the skin electrode 88 can be at most the distance from the upper arm to the hand, and the ion deriving action or the ion introducing action can be sufficiently exerted to remove dirt. And can accurately penetrate liquids for cosmetics. Further, as shown in FIG. 4, since only the head portion 86 needs to be operated along the arm skin, the skin electrode 88 is compared with the case where the beauty treatment is performed with the head portion 86 integrated with the main body portion 85. Can be operated freely.

  Since the release operation tool 104 is disposed on the outer surface of the case between the grip electrode 87 and the skin electrode 88, the release operation tool is used when the beauty tool is used in an integrated state with the head portion 86 and the main body portion 85. It is possible to eliminate the erroneous release operation of 104. Therefore, it is possible to surely remove dirt with a beauty tool and penetrate the beauty liquid.

  When the grip electrodes 87 are arranged on both the left and right sides of the main body 85 and the release operation tool 104 is arranged on the front and rear surfaces of the main body 85, the release is performed when the beauty tool is used with the head 86 integrated with the main body 85. It is possible to further reliably prevent the operation tool 104 from being erroneously released. This is because when the grip electrode 87 is gripped by the hand, the release operation tool 104 arranged on the side where the grip force of the hand acts on the pair of grip electrodes 87 having a large opposing distance and the grip force hardly acts on the grip electrode 87. This is because the possibility of being operated with the fingers of the grasped hand is sufficiently low.

  When a lead storage structure including the reel 109 is provided inside either the main body 85 or the head portion 86, the output lead 108 when not in use can be taken up and stored in the reel 109 in an orderly manner. Further, the output lead 108 can be pulled out from the main body part 85 or the head part 86 by a required length in accordance with the part of the arm skin on which the cosmetic treatment is performed, and the head part 86 can be brought into contact with the skin surface. Therefore, it is possible to appropriately perform the beauty treatment of the arm skin while preventing the output lead 108 from getting in the way.

  When the output lead 108 is pulled and biased in the direction in which it is always wound and stored by the biasing force of the reel spring 110, it is not necessary to wind the reel 109 after the cosmetic processing is completed, and the output lead 108 is automatically loaded onto the reel 109. Can be wound and stored. Therefore, it is possible to easily store the beauty tool without saving the trouble of storing the output lead 108. Further, in the state where the head portion 86 is connected to the main body portion 85, the head portion 86 can be held non-movable by the pulling force acting on the output lead 108, and the head portion 86 can be prevented from rattling.

It is a front view showing a beauty instrument according to the present invention. It is a side view of the state which separated the cap of the beauty instruments concerning the present invention. It is sectional drawing which shows the lock structure of the beauty instruments which concerns on this invention. It is explanatory drawing which shows the usage example of the beauty instrument which concerns on this invention.

(Example) FIGS. 1-4 shows the Example of the beauty instruments which concerns on this invention. 1 and 2, the beauty tool is composed of a main body portion 85 and a head portion 86 that is attached to and detached from the main body portion 85. The vertically long main body portion 85 also serves as a grip, and its cross section is formed in a square shape with rounded corners having a large left-right width compared to the front-rear thickness. The cross-sectional shape may be elliptical as long as the left-right width is larger than the front-rear thickness. Grip electrodes 87 are provided on the left and right sides of the main body portion 85, and skin electrodes 88 are provided on the front surface of the head portion 86. Both the skin electrode 88 and the grip electrode 87 are made of titanium. A vibrator (not shown) is disposed inside the head portion 86. The vibrator is composed of a motor and an eccentric weight fixed to the output shaft. Inside the main body 85, two batteries 89 and a control board 92 are accommodated, and the control board 92 outputs a pulse current for ion introduction or ion derivation to the skin electrode 88 and the grip electrode 87. A control circuit for energizing the skin (current adjustment circuit), a control circuit for driving the vibrator for controlling the energization state of the motor for the vibrator, and a switch that is switched by the switch buttons 90 and 91 on the front surface of the case are mounted. . One switch button 90 is for power-on, and the other switch button 91 is provided to switch the operation mode of the beauty tool.

  The beauty tool of this embodiment uses a liquid-containing sheet 93 containing a cosmetic liquid such as cotton sheet or gauze to care for the skin surface. In order to fix the liquid-containing sheet 93 in close contact with the skin electrode 88, a sheet pressing cap 94 is provided so that the cap 94 can be attached to and detached from the electrode holder 95 for fixing the skin electrode 88. ing. Since the window 96 is opened on the front surface of the cap 94, the skin electrode 88 is covered with the liquid containing sheet 93, and then the cap 94 is press-fitted to the electrode holder 95 so that the liquid containing sheet 93 is used for the skin. It can be exposed from the window 96 while being in close contact with the electrode 88.

  When the switch button 90 for turning on the power is turned on, a drive current is supplied from the control circuit for driving the vibrator, the vibrator is activated, and after a predetermined period (for example, 1 second), the state of the following first mode is set. The instrument begins to move. When the switch button 90 for turning on the power is turned on, the vibrator is driven, so that it can be confirmed that the instrument is activated with the touch of the hand, which leads to a sense of security for the user.

  The switch button 91 for switching the operation mode can be switched from the first mode to the third mode every time it is turned on. In the first mode, a voltage with skin electrode 88 having a positive polarity and grip electrode 87 having a negative polarity is applied. As a result, the cosmetic liquid-containing sheet 93 impregnated with cosmetic liquid such as skin lotion is applied to the outer surface of the skin electrode 88, and the periphery thereof is fixed by the cap 94 that is press-fitted to the electrode holder 95 of the head portion 86. In this state, if the liquid-containing sheet 93 is applied to the skin surface such as face skin or arm skin, ions can be derived and fine skin stains can be removed. In the second mode, a voltage whose polarity is alternately switched is applied to the skin electrode 88 and the grip electrode 87, and the vibrator is driven. Thereby, if the head part 86 is applied to skin, skin can be loosened. In the third mode, a voltage with the skin electrode 88 having a negative polarity and the grip electrode 87 having a positive polarity is applied. With this, in a state where the cosmetic liquid-containing sheet 93 impregnated with a cosmetic liquid such as skin lotion is tightly fixed to the skin electrode 88, if the liquid-containing sheet 93 is applied to the skin, ions can be introduced, Moisturizing ingredients can penetrate the skin to enhance the beauty effect.

  In the first, second, and third modes, in order to energize the skin surface, the body 85 is held with one hand, and the hand is brought into contact with the grip electrode 87, and the liquid-containing sheet 93 is provided. It is necessary to bring the skin electrode 88 into contact with the skin surface such as the face skin. When the switch button 90 for turning on the power is turned on again or when a predetermined period (for example, 5 minutes) elapses from the turning on of the switch button 90 for turning on the power, the power is turned off.

  A conventional beauty device of this type has a structure in which grip electrodes are provided on both the left and right sides of a main body case that also serves as a grip, and a skin electrode is provided on the upper front of the main body case. For this reason, when the skin of the upper arm or the forearm is to be cared for, the skin electrode of the beauty tool held with one hand is brought into contact with the arm skin. The pulse current in this state is conducted through the arm holding the beauty tool, the upper torso, and the arm to be cared for, and the electrical resistance increases as the conduction distance increases. Alternatively, it is difficult to fully exhibit the ion introduction effect. In order to eliminate such problems and effectively clean the skin of the upper arm and the forearm, in the beauty tool of this embodiment, the head portion 86 can be attached to and detached from the main body portion 85. In addition, when using it for a facial skin, it cares in the state which mounted | wore the main-body part 85 with the head part 86 as usual.

  In order to attach and detach the head portion 86 to and from the main body portion 85, a connecting portion 97 is formed in a concave shape at the upper end of the main body portion 85, and a connecting leg portion 98 that fits the connecting portion 97 is provided on the lower surface side of the head portion 86. Yes. In order to lock and hold the head portion 86 attached to the main body portion 85 so as not to be separated, a lock structure is provided between the main body portion 85 and the head portion 86. As shown in FIG. 3, the lock structure includes a lock body 100, a lock spring 101 that urges and locks the lock body 100, and lock holes 102 provided in the front wall and the rear wall of the connecting leg portion 98. The lock body 100 is configured in an L shape with a lock claw 103 that engages with the lock hole 102 and a release button (release operation tool) 104, and is entirely supported by the main body portion 85 so as to be slidable back and forth. A release button 104 protrudes from the front upper part of the main body 85.

  The grip electrode 87 and the skin energization control circuit (current adjustment circuit) are connected via an output lead 107. Similarly, the skin electrode 88 and the skin energization control circuit (current adjustment circuit) are output leads. 108 is connected. The former output lead 107 is connected to the grip electrode 87 from the inner surface side of the main body 85, while the latter output lead 108 is formed by a long (50 cm) lead wire that can be pulled out from the main body 85. The lead 85 can be housed in a lead storage structure provided inside the portion 85. In FIG. 2, the lead storage structure includes a reel 109 that entrains and stores the output lead 108 and a reel spring 110 that entrains and biases the reel shaft of the reel 109. The output lead 108 may be a press-formed plate-like metal terminal.

  As described above, the beauty tool that allows the head portion 86 to be attached to and detached from the main body portion 85 can be implemented in the following form.

A main body portion 85 having a grip electrode 87 and a control substrate 92, and a head portion 86 having a skin electrode 88;
The grip electrode 87 and the skin electrode 88 are connected to the skin conduction control circuit (current adjustment circuit) provided on the control board 92 via the output leads 107 and 108, respectively.
The head portion 86 and the main body portion 85 are detachably connected to each other within the length of the long output lead 108 that connects the skin electrode 88 and the skin conduction control circuit (current adjustment circuit). A beauty instrument characterized in that the head part 86 can be in contact with the skin surface in a state of being separated from the main body part 85.

  As described above, the head portion 86 having the skin electrode 88 and the main body portion 85 having the grip electrode 87 are detachably connected, and the skin electrode 88 and the skin energization control circuit (current adjustment circuit) are connected. When the long output lead 108 is connected, the head portion 86 can be brought into contact with the skin surface in a state of being separated from the main body portion 85. For example, when skin care such as the upper arm, forearm, and back of the hand is performed, the body portion 85 including the grip electrode 87 is gripped by the hand on the skin care side, and the head portion 86 separated from the body portion 85 is held on the other side. The skin electrode 88 can be brought into contact with the arm skin by grasping with a hand (see FIG. 4). Therefore, the conduction distance between the grip electrode 87 and the skin electrode 88 can be at most the distance from the upper arm to the hand, and the ion deriving action or the ion introducing action can be sufficiently exerted to remove dirt. And the penetration of serum. Further, as shown in FIG. 4, since only the head portion 86 needs to be operated along the arm skin, the skin electrode 88 is compared with the case where the beauty treatment is performed with the head portion 86 integrated with the main body portion 85. Can be operated freely.

Between the main body portion 85 and the head portion 86, a lock structure for locking the head portion 86 connected to the main body portion 85 so as not to be separated is provided.
A beauty instrument in which a release operation tool 104 for unlocking the lock structure is disposed on the outer surface of the case between the grip electrode 87 and the skin electrode 88 in a state where the head portion 86 is connected to the main body portion 85. The release operation tool 104 can be configured by a slide knob or a lever in addition to the push button.

  As described above, when the release operation tool 104 is arranged on the outer surface of the case between the grip electrode 87 and the skin electrode 88, when the beauty tool is used in a state where the head portion 86 and the main body portion 85 are integrated. The release operation tool 104 can be prevented from being erroneously operated for release. Therefore, it is possible to reliably remove dirt with a beauty tool and to penetrate a cosmetic liquid such as a skin lotion.

The main body 85 is formed in a cross-sectional shape having a large left-right width compared to the front-rear thickness,
A beauty instrument in which grip electrodes 87 are arranged on both the left and right sides of the main body 85, and a release operation tool 104 is arranged on at least one of the front and rear surfaces of the main body 85. The cross-sectional shape that has a large left / right width compared to the front / rear thickness is a rectangle, a shape with rounded corners of the rectangle, an ellipse whose left / right width is larger than the front / rear thickness, and the front / rear surface and the left / right surface bulge outward There are shapes formed on the surface.

  When the grip electrodes 87 are arranged on both the left and right sides of the main body 85 and the release operation tool 104 is arranged on the front and rear surfaces of the main body 85, the release is performed when the beauty tool is used with the head 86 integrated with the main body 85. It is possible to further reliably prevent the operation tool 104 from being erroneously released. This is because when the grip electrode 87 is gripped by the hand, the release operation tool 104 arranged on the side where the grip force of the hand acts on the pair of grip electrodes 87 having a large opposing distance and the grip force hardly acts on the grip electrode 87. This is because the possibility of being operated with the fingers of the grasped hand is sufficiently low.

  A beauty instrument in which a lead storage structure including a reel 109 for winding and storing the output lead 108 for the skin electrode 88 is provided in either the main body 85 or the head 86. The lead storage structure is preferably provided in the main body 85 as shown in FIG. 1, but may be provided in the head 86 if necessary.

  When the lead storage structure including the reel 109 is provided inside the main body 85, the output lead 108 when not in use can be taken up and stored in the reel 109 in an orderly manner. Further, the output lead 108 can be pulled out from the main body 85 by a required length in accordance with the part of the arm skin on which the cosmetic treatment is performed, and the head part 86 can be brought into contact with the skin surface. Therefore, it is possible to appropriately perform the beauty treatment of the arm skin while preventing the output lead 108 from getting in the way.

The lead storage structure includes a reel spring 110 for winding and energizing the reel 109,
In the state where the head portion 86 is separated from the main body portion 85, the beauty tool in which the output lead 108 is always urged and urged by the urging force of the reel spring 110 in the direction in which it is entrapped and stored.

  If the output lead 108 pulled out from the main body 85 is pulled and biased in the direction in which it is always wound and stored by the biasing force of the reel spring 110, it is not necessary to wind the reel 109 after the cosmetic processing is completed, and the output lead 108 is The reel 109 can be automatically wound and stored. Therefore, it is possible to easily store the beauty tool without saving the trouble of storing the output lead 108. Further, in the state where the head portion 86 is connected to the main body portion 85, the head portion 86 can be held non-movable by the pulling force acting on the output lead 108, and the head portion 86 can be prevented from rattling. As described above, the vibrator is provided in the head portion 86, but a power supply lead having the same length as the lead 108 is added in addition to the output lead 108 for the vibrator.

  The beauty instrument preferably has an ion introduction function and an ion extraction function, but may have a single-function specification having only an ion introduction function or only an ion extraction function.

85 Body portion 86 Head portion 87 Grip electrode 88 Skin electrode 104 Release operation tool 108 Output lead 109 Reel 110 Reel spring

Claims (3)

A main body (85) having a grip electrode (87) and a head (86) having a skin electrode (88);
The head portion (86) and the main body portion (85) are detachably connected ,
A lock structure is provided between the main body portion (85) and the head portion (86) to lock the head portion (86) connected to the main body portion (85) in an inseparable manner,
The case outer surface between the grip electrode (87) and the skin electrode (88) in a state in which the unlocking operation tool (104) for unlocking the lock structure connects the head portion (86) to the main body portion (85). Are located in
The main body (85) is formed in a cross-sectional shape having a large left-right width compared to the front-rear thickness,
A grip electrode (87) is disposed on both the left and right sides of the main body (85), and a release operation tool (104) is disposed on at least one of the front and rear surfaces of the main body (85). Beauty equipment. A lead storage structure including a reel (109) for entraining and storing an output lead (108) for a skin electrode (88) is provided in one of the main body (85) and the head (86). The beauty instrument according to 1 . The lead storage structure includes a reel spring (110) that entrains and biases the reel (109), and
The output lead (108) is pulled and biased in a direction in which it is always entrapped and housed by the biasing force of the reel spring (110) in a state in which the head portion (86) is separated from the main body portion (85). The beauty equipment described.

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