CN103845815A - Scalp nursing device - Google Patents

Abstract

The invention provides a scalp nursing device which can bring relaxing and therapeutic effects to a user. The scalp nursing device comprises an LED light-emitting part (26a) which emits light in a main body housing (13) and a leading-out part (27) which is used for leading the light from the LED light-emitting part out to the outer side of the main body housing, and is arranged at a position, of the main body housing, being opposite to the LED light-emitting part. The leading-out part is composed of a light diffusion member that can make the light of the LED light-emitting part diffused to a plurality of directions. In addition, the outer side face of the leading-out part is covered with a panel member (17) that is fixedly clamped with the upper surface of the main body housing. The diffusion light from the leading-out part (27) can pass through the panel member (17), and the panel member (17) is composed of light diffusion materials that can make the diffusion light diffused to a plurality of directions. Thus, the light of the LED light-emitting part (26a) is diffused through the leading-out part (27) and the panel member (17), and the light turns to dim light, and therefore relaxing and therapeutic effects can be brought to the user.

Description

Scalp care device

Technical field

The present invention relates to a kind ofly actuating member is contacted with scalp and scalp be applied to the scalp care device of stimulation, especially relate to a kind of scalp care device that is provided with the illuminating part for sending the light of deriving to the outside of shell in apparatus main body.

Background technology

The scalp care device in the past that for example TOHKEMY 2012-061176 communique is recorded, it has shell, be arranged in shell and for sending the illuminating part of light and the leading-out portion at the partial configuration of facing mutually with illuminating part of shell, the light that self-luminescent part sends is exported the outside of shell via leading-out portion.

But in above-mentioned scalp care device, leading-out portion is only that the light of illuminating part is derived to the outside of shell, utilizes the light display deriving to show mode of operation.The light of therefore, deriving from this scalp care device can not give the effect that user loosens, treats.

Summary of the invention

The present invention can solve above-mentioned problem, and one of its object is to provide a kind of scalp care device, and it can utilize light to give the effect that user loosens, treats.

In order to solve above-mentioned problem, scalp care device of the present invention has shell, multiple actuating member and illuminating part, this actuating member is arranged at above-mentioned shell, and for contacting and give scalp irritation with the scalp of user, this illuminating part for sending light in above-mentioned shell.

And, scalp care device also has leading-out portion, the position of facing mutually with above-mentioned illuminating part that this leading-out portion is arranged at above-mentioned shell, for the light from above-mentioned illuminating part is derived to the outside of above-mentioned shell, at least local of above-mentioned leading-out portion is made up of to the photodiffusion material of multiple directions diffusion the light that can make above-mentioned illuminating part.

Brief description of the drawings

Fig. 1 is the axonometric chart of the scalp care device of one embodiment of the present invention.

Fig. 2 is the top view of the scalp care device of Fig. 1.

Fig. 3 is the cutaway view along the A-A line in Fig. 2 of scalp care device.

Fig. 4 is the cutaway view along the B-B line in Fig. 2 of scalp care device.

Fig. 5 is the cutaway view along the C-C line in Fig. 2 of scalp care device.

Fig. 6 is the upward view of the scalp care device of Fig. 1.

Fig. 7 is the block diagram of the electronic structure of the scalp care device of presentation graphs 1.

(c) of (a)～Fig. 8 of Fig. 8 is the performance plot that represents the program schema of the motor control of scalp care device.

Fig. 9 is the performance plot that represents the program schema of the LED light emitting control of scalp care device.

(c) of (a)～Figure 10 of Figure 10 is the performance plot that represents the detailed program schema of the LED light emitting control of scalp care device.

Detailed description of the invention

Scalp care device of the present invention has shell, actuating member and illuminating part, and this actuating member is arranged at above-mentioned shell, and for contacting and give scalp irritation with the scalp of user, this illuminating part for sending light in above-mentioned shell.

And, scalp care device also has leading-out portion, the position of facing mutually with above-mentioned illuminating part that this leading-out portion is arranged at above-mentioned shell, for the light sending from above-mentioned illuminating part is derived to the outside of above-mentioned shell, at least local of above-mentioned leading-out portion is made up of to the photodiffusion material of multiple directions diffusion the light that can make above-mentioned illuminating part.

Thus, when the light that illuminating part sends in the enclosure passes through part leading-out portion, that be made up of photodiffusion material, spread to multiple directions.Therefore, the light of deriving to the outside of shell has become dimer light, thereby can give the effect that user loosens or treats.

Also can be, above-mentioned scalp care device has the cover of leading-out portion of covering, and the part of at least facing with leading-out portion of above-mentioned cover is made up of the photodiffusion material that can make the light transmission of deriving from leading-out portion.

Thus, further spread once export to outside light from leading-out portion, become dimer light, thereby more can give the effect that user loosens or treats.

Also can be, above-mentioned scalp care device has the luminous control part for controlling illuminating part, illuminating part is configured to the light that can send multiple color, control part with the luminous beginning making illuminating part after, the mode that the color that makes the light that self-luminescent part sends order according to the rules changes is controlled illuminating part.

Thus, because can make the color of dim light change with the order of regulation, the mental status of user can be induced to relaxation state, thereby can give the effect that user loosens or treats.

Also can be, in above-mentioned scalp care device, illuminating part is configured to the light of the color that can send cool colour system, changes in temperature colour system and warm colour system, control part is to control in such a way illuminating part: order according to the rules, formerly send after the light of color of cool colour system, send again the light of color of self cooling colour system gradually to the light of the color of the changes in temperature colour system of the light transition of the color of warm colour system, send afterwards the light of the color of warm colour system.

Thus, more the mental status of user can be induced to relaxation state, thereby more can give the effect that user loosens or treats.

Also can be, in above-mentioned scalp care device, illuminating part is configured to the light of the multiple color of light, the light of color of changes in temperature colour system and the light of the color of warm colour system that can send the color that forms respectively cool colour system, control part is controlled above-mentioned illuminating part in such a way: when light, the light of color of changes in temperature colour system and the light of the color of warm colour system of the color of the cool colour system that illuminating part sends are changed in order, in the light period of colour system separately, the light that makes to belong to the multiple color of colour system separately changes.

Thus, in the each self luminous cycle of the light of the color of the light of the light of the color that is at the cool colour changing in order, the color of changes in temperature colour system and warm colour system, change the light of the multiple color that belongs to colour system separately.Therefore, more the mental status of user can be induced to relaxation state, thereby more can give the effect that user loosens or treats.

Below, with reference to the accompanying drawings of embodiments of the present invention.It should be noted that, the present invention is not limited to this embodiment.

(embodiment)

As shown in Figure 1, the scalp care device 10 of present embodiment has main part 11 and is releasably arranged at the effect head 12 of one distolateral (lower end side) of this main part 11.

As shown in Fig. 1, Fig. 3～Fig. 5, main part 11 has the main body cover 13 of the unlimited hollow of bottom side.As shown in Fig. 1 and Fig. 6, main body cover 13 has the roughly peristome 13a of tetragon shape in one distolateral (lower end side) that effect head 12 is installed.

Effect head 12 has injected in part under the state of peristome 13a, by being installed in main body cover 13 with main body cover 13 engagings.In addition,, as upper with the contrary side of peristome 13a side of main body cover 13 another distolateral (upper end side), be formed with arch portion 14.Arch portion 14 is that setting is extended in the mode that is configured to arc-shaped in each upper end of the two sides 11a of autonomous body 11, forms the elliptoid annulus of growing crosswise as shown in Figure 4, Figure 5 with together with the part of the upper surface 11b of main part 11.

Scalp care device 10 as shown in Figure 1, it has the elliptoid finger insertion hole 16 of growing crosswise between arch portion of being formed at 14 and the upper surface 11b of main part 11.

User for example, by many except thumb (3 or 4) finger and insert together finger insertion hole 16, and palm is placed on the face of controlling 15 of the convex arc shaped that is formed at upper surface 11b, the handle part (upper end that comprises the face of controlling 15) that utilizes thumb to control scalp care device 10 at many interior fingers uses scalp care device 10.

When controlling scalp care device 10, user is in riding over the positive 11c of main part 11 by the ratio of many fingers the 1st joint or the 2nd forward part in joint, and thumb is attached to (an example side as shown in Figure 3) side 11a and controls scalp care device 10.The scalp care device 10 of so controlling like this utilizes arch portion 14 supportings to inject the back side or the back of the hand part of the finger of finger insertion hole 16.

On the recess 13c of middle section of upper surface 13b that is formed at main body cover 13, the tabular panel member 17 that is formed as convex arc shape is installed.

And, as shown in Figure 2 and Figure 3, in this example, the face of the controlling 15(upper surface 11b of main part 11) major part occupied by the surface of panel member 17.It should be noted that, present embodiment is to utilize main body cover 13 to form an example of shell.In addition, present embodiment is to utilize panel member 17 to form an example of cover.

As shown in Figure 1, on a side 11a of main part 11, be provided with the rectangular-shaped operating surface board 20 of lengthwise.On operating surface board 20, be provided with switch operating members 22 and multiple LED display lamp 23, in the time that scalp care device 10 is worked, operate this switch operating members 22, this LED display lamp 23 is by lighting display lamp to the mode of operation of user report scalp care device 10 etc.

For example, user can be chosen 1 mode of operation by console switch control member 22 from multiple mode of operations, thereby under selected mode of operation, makes scalp care device 10 work.In the multiple LED display lamps 23 that are arranged at operating surface board 20, a LED display lamp corresponding with selected mode of operation can be lighted.

Therefore, which mode of operation no matter user select, can by LED display lamp 23 light identify.Certainly it can be also multiple that the mode of operation that, scalp care device 10 is prepared can be 1.It should be noted that, in the present embodiment, operating surface board 20 is arranged at the side 11a that controls thumb additional side in scalp care device 10, and user can controlled under the state of scalp care device 10, uses thumb to carry out the operation of switch operating members 22.

As shown in Figure 1, on the 11d of the back side of main part 11, be provided with the plug terminal 39a for being connected with external power source.Plug terminal 39a is interior outstanding and be exposed to outside at the through hole 18 of back side 11d that is formed at main part 11.

And, by this plug terminal 39a being connected in to the adapter (any one is all not shown) of the electric wire being connected with external power source, can be to the accumulator 33(that is built in main part 11 with reference to Fig. 4, Fig. 5) charge.

On the other hand, as shown in Fig. 1 and Fig. 6, the effect head 12 that is arranged on the bottom of main part 11 has cap 61 and multiple (for example 4) actuating member 71a～71d, this cap 61 is installed with the state of lower ending opening of sealing main body cover 13, and this actuating member 71a～71d is arranged at the multiple positions (for example 4 positions) in the lower surface portion of cap 61 and carries out eccentric rotary with different phase places respectively.

Actuating member 71a～71d has the actuating member of bottom tube-like base portion 72 and multiple (for example 4) effect projection 73, and this effect projection 73 is outstanding along the direction (below) vertical with the lower surface of base portion 72 from the lower surface (bottom surface) of this actuating member base portion 72.

Multiple actuating member 71a～71d pass through the surrounding eccentric rotary at central shaft with out of phase respectively, clip the mode that moves scalp care device 10 to the downstream of direction of action X in scalp limit drive with limit.For example, when user makes scalp care device 10 contact with the cephalic region of self, ascent direction (towards vertexal direction) is risen to control scalp care device 10 as this direction of action X, this is the preferred example of scalp care device 10.

Therefore, imagine as follows: in the scalp care device 10 of present embodiment, the palm of user is towards the direction in the face of controlling face 15,, under downward state, inserting arch portion 14 and controlling the finger insertion hole 16 between face 15 along the direction of insertion ID as shown in the arrow of Fig. 1 except 3 thumb or 4 fingers hands.

User is controlled in the situation of scalp care device 10 according to the holding method of this imagination, and the length direction of 3 or 4 fingers of controlling the hands of scalp care device 10 is parallel with direction of action X.

And the finger tip direction of 3 or 4 fingers of controlling the hands of scalp care device 10 is consistent with the direction of action X of scalp care device 10.Control scalp care device 10 finger finger tip upward, and user contacts actuating member 71a～71d and carry out under scalp massage state with self right side of head or left side of head, the direction of action X of actuating member 71a～71d is ascent direction.

In addition, user is want in the situation of ascent direction massage back head, is taking in the time that the massage posture of back head is arrived in winding by hand by head (or across shoulder), and the finger tip direction (being direction of action X) of controlling the hands of scalp care device 10 is down.

In this case, be ascent direction in order to make direction of action X, only need, from scalp care device 10 being controlled and back head is massaged with 3 or 4 fingers of a contrary side insertion of finger direction of insertion ID, just can massage along ascent direction back head.

Then, the internal structure of description operation panel part 20 and scalp care device 10.As shown in Figure 4 and Figure 5, on the cover member 21 of tetragon shape roughly, can switch operating members 22 be installed along connecting the mode that directions move with switch operating members 22, this cover member 21 is arranged on the recess 13e of the roughly tetragon shape of the side 13d that is formed at main body cover 13.

Be formed with in the end of this switch operating members 22 to press and use protuberance 22a, it is disposed at for example TACT Switch(registered trade mark of switch portion 24a(that can press on the switch-side substrate 24 being configured in main body cover 13)) position.

In addition, as shown in Figure 4, switch portion 24a and switch operating members 22 press with protuberance 22a between be folded with roughly discoid rubber component 25 for sealing.Therefore, when switch operating members 22 be subject to that user applies press time, there is strain and switch portion 24a can be operated in the sealing rubber component 25 of pressing with protuberance 22a that is pressed.

Now, because utilize the gap of the assembling use of sealing rubber component 25 enclosed switch control members 22, the anti-sealing of energy etc. enter main body cover 13 inside.

In addition, the multiple LED display lamps 23 that being arranged at cover member 21 shown in Fig. 5 are by the multiple LED(Light Emitting Diode that are arranged on the switch-side substrate 24 shown in Fig. 7: light emitting diode) 23a and the light that can export these LED23a carries out LED cover 23b leaded light, that be arranged at cover member 21 and forms.

In addition, as shown in Figure 3, Figure 4, be accommodated with the motor base 30 of substantially planar in main body cover 13, the axis direction (above-below direction) of the upper surface of motor base and scalp care device 10 is orthogonal.

Below the lower surface of motor base 30, dispose gear pedestal 40, gear pedestal 40 is to separate the distance of regulation the state configuration with motor base 30 almost parallels with motor base 30.This gear pedestal 40 is held on motor base 30 between itself and main body cover 13, utilizes the multiple screws 31 fixed gear pedestals 40 that are screwed into from downside.

As shown in Figure 3, Figure 4, on motor base 30, dispose the motor 32 as the example of drive source.As shown in Figure 4, this motor 32 is supported from the outstanding multiple motor support 30a that arrange of motor base 30, and this motor 32 is disposed at the upper surface width substantial middle part of motor base 30.

In addition, as shown in Figure 4, Figure 5, on motor base 30, dispose the accumulator 33 for supply with electric power to motor 32.Accumulator 33 has substantial cylindrical shape, and is held in motor base 30.The part of the upper surface of accumulator 33 is covered by the battery retaining member 34 of semicircle tubular roughly.

The anelectrode portion of the both ends of the surface of accumulator 33 and negative electrode portion and the anode accessory and negative electrode accessory (the omitting diagram) butt that are fixed on motor base 30, thus be electrically connected with the control circuit (omitting diagram) on main body side substrate 36.

The main body side substrate 36 of present embodiment the gap location of motor base 30 and gear pedestal 40 with the state configuration of two pedestal 30,40 almost parallels.Therefore,, even the large main body side substrate 36 of Area comparison can not make scalp care device 10 too thick in short transverse yet, can be accommodated in compactly in main body cover 13.

In the present embodiment, from the many places of the lower surface of motor base 30 downwards the outstanding protuberance 30b of many columns and the many places of the upper surface from gear pedestal 40 upward multiple protuberance 40a outstanding, that there is slightly flat column be respectively formed at the position of facing mutually each other.

And, by making each protuberance 30b and corresponding protuberance 40a butt, can between motor base 30 and gear pedestal 40, guarantee to have for receiving the needed interval of main body side substrate 36.The part that this interval is set as making being installed on main body side substrate 36 not with the value of motor base 30 and gear pedestal 40 interference degrees.

It should be noted that, in the present embodiment, utilize the protuberance 30b of motor base 30 and the protuberance 40a of gear pedestal 40 to form interval maintaining part, this interval maintaining part is used for remaining on receives the necessary interval of main body side substrate 36 between motor base 30 and gear pedestal 40.

In addition,, as shown in Fig. 3, Fig. 5, LED side group plate 26(LED controls substrate) be held in the upper surface side of motor base 30.Dispose the LED illuminating part 26a as the example of illuminating part at the upper surface of LED side group plate 26.

On the position of facing mutually with LED illuminating part 26a of main body cover 13, be provided with the through hole 13f of the light-output for LED illuminating part 26a is sent and further by the leading-out portion 27 of the light-output through through hole 13f.

This leading-out portion 27 has roughly circular plate shape, is installed on the upper surface 13b of main body cover 13.Leading-out portion 27 has the support of the tubular outstanding from the bottom central part of leading-out portion 27, and this support is embedded in through hole 13f.The light pervasion component that leading-out portion 27 is made up of the photodiffusion material that contains diffusate forms, and this diffusate mass-energy makes the light sending from LED illuminating part 26a spread to multiple directions.

Therefore,, because utilize leading-out portion 27 that the light sending from LED illuminating part 26a is spread to multiple directions, can diffused light be derived from leading-out portion 27.The diffusion luminous energy of deriving from leading-out portion 27 becomes the dim light that area is larger.In addition, utilize leading-out portion 27 that the through hole 13f of main body cover 13 is stopped up, thereby the anti-sealings of energy etc. enter in main body cover 13.

As shown in Fig. 3, Fig. 5, dispose in the outside of leading-out portion 27 as the panel member 17 of example of cover of upper surface 13b that is installed on main body cover 13.The corresponding position of the allocation position with leading-out portion 27 at the upper surface 13b of main body cover 13 is provided with recess 13g.

In the bottom surface of this recess 13g, substantial middle portion is formed with above-mentioned through hole 13f.Leading-out portion 27 has the discoideus part on the bottom surface that is embedded in the support cylindraceous of through hole 13f and is disposed at recess 13g.And the discoideus partial configuration of leading-out portion 27 is in the chamber 28 being surrounded by recess 13g and panel member 17.Therefore, the outside of leading-out portion 27 is covered by panel member 17.

The part of at least facing mutually with leading-out portion 27 of panel member 17 can make the light transmission of deriving from leading-out portion 27, and can make derived light be formed to the photodiffusion material of the diffusate of multi-direction diffusion by containing.

As an example, its entirety is formed by the light pervasion component that contains photodiffusion material the panel member 17 of present embodiment.The diffused light deriving from leading-out portion 27 is diffused again when through panel member 17, so the corresponding place of panel member 17 is formed with dim light in broader region.

Although LED illuminating part 26a is 1 LED luminous body, embed the light-emitting component (LED) that has the light that can send " redness ", " green ", " blueness " therein.Therefore, LED illuminating part 26a utilizes the mode that in the light-emitting component (LED) that makes " redness ", " green ", " blueness ", luminous color combination is got up, and can send full-color coloured light.

In addition, as shown in Figure 3, panel member 17 is by load in the state engaging of the convex surface shape part except recess 13g of the upper surface 13b of main body cover 13 and releasably to be installed.On the end (Fig. 3 is right part) of the rear side that is positioned at main part 11 of panel member 17, be formed with and when panel member 17 is taken off, be used for the teat 17a of operation.

Panel member 17 has engaging projection 17b, near the position of teat 17a on the inside of the outstanding side contrary to teat 17a that is arranged on panel member 17 of this engaging projection 17b, this engaging projection 17b fastens with the engaging recess 13h of corresponding position with engaging projection 17b of the upper surface 13b that is formed at main body cover 13.

Thus, panel member 17, with respect to the upper end side of main body cover 13, engages (Japanese: ス Na ッ プ Off ィ ッ ト Department closes) at above-below direction (axis direction) by buckle.And under this fastening state, user, by pressing upward the operation of teat 17a, can remove the engaging between engaging projection 17b and engaging recess 13h, thereby autonomous agent shell 13 takes off panel member 17.

Thus, autonomous agent shell 13 takes off panel member 17, thereby can carry out the cleaning that in panel member 17 and recess 13c, at least one dirt etc. is removed.

Here, as shown in Figure 3, one in the terminals of motor 32 is electrically connected with the motor accessory 35c that is arranged at motor base 30 by wire (omitting diagram), and another in the terminals of motor 32 is electrically connected with the control circuit on main body side substrate 36 by wire (omitting diagram).

And, motor with accessory 35c by being pressed to upside by bar member 37b, thereby be electrically connected and mechanical connection with bar accessory (omitting diagram), this bar member 37b utilizes spring member 37a to carry out the application of force, and this bar accessory is electrically connected with the control circuit on main body side substrate 36.

And the electric power of accumulator 33 is supplied with to motor 32 by each accessory, wire 38 and control circuit.It should be noted that, as shown in Figure 4, Figure 5, main body side substrate 36 is electrically connected with switch-side substrate 24 and LED side group plate 26 via multiple conducting wires 38, thereby between switch-side substrate 24 and LED side group plate 26, carries out the transmitted in both directions of the various signals of telecommunication.

As shown in Figure 4, Figure 5, the signal transmitting to the control circuit on each substrate 24,26,36 via wire 38 comprises: for example open mode of switch portion 24a and the signal of closed condition, be used for the signal of the driving force (rotating speed) that determines motor 32, for independent red, blue, the green luminous signal of each LED element that forms LED illuminating part 26a of controlling.In addition, wire 38 is for transmitting the electric power of driving LED illuminating part 26a and LED23a etc.

Here, as shown in Figure 4, Figure 5, the accumulator 33 that is arranged at motor base 30 can for example, be electrically connected to fetch with external power source (source power supply) and charge.Specifically, as shown in Figure 3, in the through hole 18 of the back side of main body cover 13 13i side, be exposed to outside plug terminal 39a from the outstanding setting of Plug base 39b, in main body cover 13, Plug base 39b is supported on the side edge part of motor base 30 by installation portion.

This Plug base 39b is electrically connected with the control circuit of main body side substrate 36.And this plug terminal 39a is connected with the adapter of the electric wire that is connected in external power source, thus can be by the control circuit of main body side substrate 36 and each accessory to accumulator 33(with reference to Fig. 4, Fig. 5) charging.

As shown in Figure 3, the driving force of motor 32 is delivered to 4 actuating member 71a～71d as the effect head 12 of outlet side by reducing gear 41.Specifically, the driving force of motor 32 is slowed down by reducing gear 41 and torque raises and being assigned in mulitpath of this power transport path midway, each power that these are assigned with so that each actuating member 71a～71d of effect head 12 respectively in the mode of out of phase rotation to each actuating member transmission.

Adopt the structure of Fig. 3～Fig. 5 simple declaration reducing gear 41 here.As shown in Figure 3, motor 32 is disposed at the upper surface of motor base 30 with its axis with the parallel posture of seat surface (motor installation surface).

Be fixed on motor 32 output shaft 32a leading section pinion 32b near on position, be provided with the travelling gear 42 of tubular, the rotation axis of the travelling gear 42 of this tubular and the rotation axis of pinion 32b are orthogonal.

Travelling gear 42 has respectively gear part in upper surface and outer peripheral face, and pinion 32b engages with the gear part of ring-type of the upper surface that is formed at travelling gear 42.Pinion 32b and travelling gear 42 are configured to the orthogonal shifter of changing and transmit rotation in the orthogonal direction of rotation axis direction that makes both.

The rotation of travelling gear 42 is as shown in Figure 3 by the center tooth wheels of the reducing gear 41 that contains other gears that engage with the gear part of the outer peripheral face of travelling gear 42, transmits to 4 final gear 46a as shown in Fig. 3～Fig. 5～46d of the terminal section that forms reducing gear 41.As shown in Figure 5, thus these final gear 46a～46d are configured to therein axle line position is separately pressed into connection shaft 47 or connection shaft 47 is embedded be shaped connection shafts 47 and final gear energy one rotation.

As shown in Figure 5, water-proof base 50 is run through by each connection shaft 47 under separately by the state of not shown O RunddichtringO sealing with the metal pressing plate 51 processed of the lower face side that is disposed at water-proof base 50.Water-proof base 50 has than the smaller shape of peristome 13a of the roughly tetragon shape of main body cover 13, is embedded in the peristome 13a of main body cover 13 under sealed state.Water-proof base 50 and pressing plate 51 are fixed on main body cover 13 by screw.

As shown in Figure 5, can with each final gear 46a～46d(still, in Fig. 5, only represent 2) bottom of each connection shaft 47 of one rotation for corresponding rotating basis 55, be arranged on the centrage of spinning pedestal 55 to the position of radial outside bias.Output shaft 56 is pressed into the centrage position of being fixed on rotating basis 55 downwards with outstanding state.

Therefore, this output shaft 56 is set as, in the position from each final gear 46a～46dZhou center bias, centered by connection shaft 47, being rotated action.

On the other hand, as shown in Fig. 3～Fig. 5, effect head 12 is releasably arranged at above-mentioned such main part forming 11, and this effect head 12 has the cap 61 of peristome 13a for making main body cover 13 sealing and is subject to the driving force of motor 32 and driven actuating member 71a～71d.Cap 61 has flexible member by such as elastomer etc. and forms, and is set as and the roughly the same shape of peristome 13a, the same size of main body cover 13.

As shown in Figure 3, head base portion 62 is installed on cap 61.Head base portion 62 is made up of the hard material harder than cap 61 and has multiple energy for multiple openings that roughly columned actuating member pedestal 70 runs through respectively.Head base portion 62 is utilized buckle with water-proof base 50 and is engaged at above-below direction.In addition, cap 61 is by the chimeric head base portion 62 that is installed on.

As shown in Figure 3, Figure 4, be provided with for limiting each actuating member pedestal 70 at the mobile supporting arrangement 67 of above-below direction (direction of principal axis) in the central part upper surface side of head base portion 62.

The coupling member 68 of the substantially planar of identical with the quantity of actuating member pedestal 70 (being 4 in this example) is inserted into supporting arrangement 67 taking base end part separately as differing heights position in the mode of extending to surrounding, be formed with U font portion in the top ends separately of the coupling member 68 extending out to surrounding, this U font portion snaps in all grooves on the outer peripheral face of each actuating member pedestal 70.Thus, limit the movement at above-below direction (direction of principal axis) of each actuating member pedestal 70.

As shown in Figure 5, on each actuating member pedestal 70, embed 4 above-mentioned output shafts 56 that have each center of rotation position of being fixed on 4 rotating basiss 55.When rotating basis 55 rotates centered by connection shaft 47, actuating member pedestal 70 be fixed on rotating basis 55Zi center and be rotated together with the output shaft 56 of the position of radial disbalance.On each actuating member pedestal 70, be assembled with the actuating member 71a～71d integrally formed with cap 61.

As shown in Figure 5, Figure 6, actuating member 71a～71d has flexible member by the such as elastomer identical with cap 61 etc. to form, and integrally formed with cap 61.As shown in Figure 6,4 actuating member 71a～71d are connected with overlooking as being arranged in roughly foursquare connection shaft 47 respectively by rotating basis 55, output shaft and actuating member pedestal 70, and are configured in observing from bottom surface shown in Fig. 6 and form the roughly position on foursquare 4 summits.

As shown in Figure 5, Figure 6, actuating member 71a～71d comprises: the actuating member base portion 72 that has bottom tube-like of actuating member pedestal 70 is installed, multiple effect projections 73 that the lower surface of this actuating member base portion 72 extends certainly downwards.Also be formed with the projection 73a of 3 paths shown in Fig. 5 on the top of each effect projection 73.

As shown in Figure 5, the chimeric top ends (bottom) that has each actuating member pedestal 70 in each actuating member base portion 72.It should be noted that, in the present embodiment, as an example, the resin material that forms cap 61 and actuating member 71a～71d is filled in the mould that disposes actuating member pedestal 70, in the mode of dual-color forming, cap 61 and actuating member 71a～71d and actuating member pedestal 70 is configured to one.

As shown in Figure 5, forming the surrounding of actuating member base portion 72 of actuating member 71a～71d, what be provided with cap 61 follows variant part 61a.Follow variant part 61a be configured to the contrary side of effect projection 73 of actuating member 71a～71d be concavity and can with the orthogonal direction strain of above-below direction (axis direction).

Therefore, even utilize actuating member pedestal 70 make actuating member base portion 72 with the action of the orthogonal direction of above-below direction (direction of principal axis), also can allow the action of actuating member 71a～71d, follow variant part 61a and can follow this action and be out of shape.It should be noted that, this follows variant part 61a can be also corrugated.

Then, adopt Fig. 7 that the electronic structure of scalp care device 10 is described.It should be noted that, Fig. 7 is the electronic structure that represents the part relevant with the control of LED illuminating part 26a to the control of motor 32, and omits the electronic structure of other parts.As shown in Figure 7, scalp care device 10 has above-mentioned main body side substrate 36, switch-side substrate 24 and LED side group plate 26.

As shown in Figure 7, press after switch operating members 22 at user, the switch portion 24a that is arranged at switch-side substrate 24 is pressed with protuberance 22a by pressing of switch operating members 22, thus the switching being switched on or switched off.Switch portion 24a is electrically connected with main body side substrate 36, and this signal being switched on or switched off is transmitted to main body side substrate 36.

On main body side substrate 36, be provided with control part 80(control circuit).The motor control portion 81 that control part 80 comprises the driving control for carrying out motor 32 and motor driving part 82.In addition LED control part 83 and LED drive division 84 that, control part 80 comprises the luminous control for carrying out LED illuminating part 26a.

Control part 80 also has Electricity Department 85, and this Electricity Department 85 is electrically connected with accumulator 33, for charging to accumulator 33 and producing corresponding required voltage as basis in supply place taking the electric power from accumulator 33.Electricity Department 85 is for supplying with respectively required voltage to motor driving part 82 and LED drive division 84.It should be noted that, control part 80 forms by for example at least containing 1 of CPU or multiple electronic device.

Such control part 80 can utilize motor control portion 81 to carry out the driving control of motor 32, utilizes LED control part 83 to carry out the light emitting control of LED illuminating part 26a.First, illustrate and utilize motor control portion 81 to carry out motor control.

Motor control portion 81 shown in Fig. 7 utilizes the Duty ratio control adjustment of pulsewidth modulation (Pulse Width Modulation:PWM) to put on the voltage of motor 32, make the rotating speed temporal evolution of motor 32, thereby make the speed controlling of the rotation speed change of actuating member 71a～71d.

Specifically, motor control portion 81 for example adopts program schema (speed configuration file data) that the speed controlling of motor 32 uses as comparable data, stores performed motor control program.And motor control portion 81 generates the pwm signal with the dutycycle corresponding with motor target velocity at that time with reference to this comparable data, the pwm signal of this generation is successively exported to motor driving part 82.

Motor driving part 82 has the change-over circuit that is switched on or switched off switching by input pwm signal in applying the assigned voltage that motor uses.And this change-over circuit is switched on or switched off switching based on pwm signal, thereby can export the voltage corresponding to dutycycle to motor 32 from change-over circuit.

In the scalp care device 10 of present embodiment, be provided with multiple mode of operations of actuating member 71a～71d.In above-mentioned comparable data, contain multiple program schemas of corresponding multiple mode of operations respectively.

Specifically, as shown in (a)～Fig. 8 of Fig. 8 (c), be set with and comprise multiple mode of operations such as " Hi ", " rhythm A " and " rhythm B ", the data of the program schema presenting in diagrammatic form in (a)～Fig. 8 storing at Fig. 8 (c) in motor control portion 81.

Motor control portion 81 shown in Fig. 7, with reference to above-mentioned program schema, changes the magnitude of voltage and the application time that put on motor 32.; motor control portion 81 produces PWM command value at that time based on this program schema; the PWM command value producing is transported to motor driving part 82, thereby the magnitude of voltage producing according to program schema is applied and the application time of the corresponding necessity of this magnitude of voltage to motor 32.

Motor control portion 81 is by making like this rotation speed change of motor 32, and makes the rotation speed change of actuating member 71a～71d.In this example, when each user push switch control member 22 is opened switch portion 24a, all can switching working mode.It should be noted that, after will describe the mode of operation of 3 program schemas shown in (c) of (a)～Fig. 8 based on Fig. 8 in detail.

Then, illustrate and adopt LED control part 83 to carry out the control of the glow color of LED illuminating part 26a.

In the time that motor 32 is not driven, user uses the operational approach of the regulation that the operational approach while beginning from switch operating members 22 actions is different to press (for example, more than 1 second) LED control part 83, thereby the LED illuminating part 26a's of beginning LED side group plate 26 is luminous.

Although the LED illuminating part 26a shown in Fig. 7 is 1 LED, be assembled with the light-emitting component (LED) of the light that can send " redness ", " green ", " blueness " in inside.

LED control part 83 independently applies respectively voltage and current by LED drive division 84 to the light-emitting component of these " redness ", " green ", " blueness ".LED control part 83 utilizes the Duty ratio control adjustment of pwm signal to be applied to the respectively voltage and current of the light-emitting component of " redness ", " green ", " blueness ", thereby makes the glow color of LED illuminating part 26a along with the time changes.

Be used for making the magnitude of voltage of the light-emitting component that is applied to respectively " redness ", " green ", " blueness " and the value of current value and application time variation to be stored in LED control part 83 as program schema.

By the PWM command value at that time determining based on this program schema is transported to LED drive division 84, LED drive division 84 puts on LED illuminating part 26a by the magnitude of voltage producing according to program schema and current value according to corresponding application time separately.Thus, LED control part 83 changes the glow color of LED illuminating part 26a.

The program schema that is used for the light emitting control of present embodiment comprises 3 kinds of glow color pattern C1～C3 shown in Fig. 9 substantially.; as shown in Figure 9; program schema comprise start luminous after, the cold-warm color pattern C2 of the changes in temperature coloured light that sends cool colour light and warm Colored light mixing that sends the cool colour pattern C1 of cool colour light, second execution of first execution and the warm colour pattern C3 that sends warm colour light of the 3rd execution.

It should be noted that, in the present embodiment, the light of the color of the light sending based on cool colour pattern C1 and cool colour system is suitable, and the light of the light sending based on cold-warm color pattern C2 and the color of changes in temperature colour system is suitable, and the light of the color of the light sending based on warm colour pattern C3 in addition and warm colour system is suitable.

In the example shown in Fig. 9, the glow color pattern C3 of the glow color pattern C1 of cool colour, the glow color pattern C2 of cold-warm color and warm colour sets in the mode of the fluorescent lifetime T1～T3 respectively with 5 minutes, 2.5 minutes, 12.5 minutes.Particularly, the fluorescent lifetime in 1 cycle separately of the glow color pattern C1～C3 of cool colour, cold-warm color, warm colour is all set as 2.5 minutes.

Cycle that cool colour pattern C1 comprises 2 times 2.5 minutes and there is the fluorescent lifetime T1 of 5 minutes.In addition cycle that, cold-warm color pattern C2 comprises 1 time 2.5 minutes and there is the fluorescent lifetime T2 of 2.5 minutes.Cycle that warm colour pattern C3 comprises 5 times 2.5 minutes and there is the fluorescent lifetime T3 of 12.5 minutes.

For variation sharply occurs the mental status that does not make people, set the variable color pattern of glow color by changing lentamente color, to promote lentamente the variation of the mental status.

The variable color pattern of glow color adopts at first to calm as the color of object and starts, and being then gradually varied to treat is the color of object.In this example, adopt what next enumerate, there is color calm, effect that treat.

Adopt for color that anxious emotion is calmed down be " purple ", for making the stable color of emotion be " blueness ", be " pink colour ", be " yellow ", be " orange " for making the color of body warmer for the color of the pressure of releiving for the color of keeping tensions down.Like this, " purple ", " blueness ", " pink colour " have the effect of " calming ", and " yellow ", " orange " have the effect of " treatment ".

In addition, in this example, can also adopt homology colors such as thering is calm, therapeutic effect, " aeruginous ", " yellow green ", " faint yellow ", " greenish orange color ", " pale pink ".

As shown in Figure 10 (a), cool colour pattern C1 replaces and luminous pattern multiple cool colour order according to the rules.Particularly, in cool colour pattern C1, as an example, change the glow color of cool colour system according to the order of blueness → aeruginous → yellow green → pistac → blueness → purple.Blue fluorescent lifetime is 30 seconds, and aeruginous, yellow green, pistac and blue fluorescent lifetime are respectively 20 seconds, and the fluorescent lifetime of purple is 40 seconds.

LED control part 83 for example carries out the glow color control of the cool colour system based on cool colour pattern C1 in the following way: the cycle of 2.5 minutes that the glow color of cool colour system is changed according to the order as this cyanic colours → aeruginous → yellow green → pistac → blueness → purple carries out 2 times (cycle) continuously.

In addition,, as shown in Figure 10 (b), cold-warm color pattern C2 replaces and luminous pattern multiple cool colour and warm colour order according to the rules.Particularly, in cold-warm color pattern C2, as an example, the glow color according to the order change of aeruginous → light green → yellow → orange → pink colour → white as the changes in temperature colour system of the mixing of cool colour and warm colour.

The fluorescent lifetime of aeruginous, light green, yellow, orange, pink colour and white is respectively 25 seconds.LED control part 83 for example carries out the glow color control of the changes in temperature colour system based on cold-warm color pattern C2 in the following way: the cycle of 2.5 minutes that the glow color of changes in temperature colour system is changed according to the order of for example this aeruginous → light green → yellow → orange → pink colour → white carries out 1 time.

Further, as shown in Figure 10 (c), warm colour pattern C3 replaces and luminous pattern multiple warm colour order according to the rules.Particularly, in warm colour pattern C3, change the glow color as the warm colour system of warm colour according to pale pink → pink colour → greenish orange color → orange → yellow → faint yellow → yellow order.

The fluorescent lifetime of pale pink is that 20 seconds, the fluorescent lifetime of pink colour are that 25 seconds, the fluorescent lifetime of greenish orange color are that 15 seconds, orange fluorescent lifetime are that 10 seconds, yellow fluorescent lifetime are that 20 seconds, flaxen fluorescent lifetime are that 30 seconds, yellow fluorescent lifetime are 30 seconds.LED control part 83 for example carries out the glow color control of the warm colour system based on warm colour pattern C3 in the following way: the glow color of warm colour system was carried out 5 times (cycle) continuously according to the cycle of 2.5 minutes that for example this pale pink → pink colour → greenish orange color → orange → yellow → faint yellow → yellow order changes.

And when LED control part 83 has been set as cycle 5 times of the 3rd warm colour pattern C3, the LED illuminating part 26a's that just finishes to amount to 20 minutes is luminous.

The effect of the scalp care device 10 forming as mentioned above then, is described.

3 except thumb or 4 finger is injected the finger insertion hole 16 between arch portion 14 and the upper surface 11b that is arranged at scalp care device 10 by user, palm is placed on to the face of controlling 15 and controls the upper surface part of main part 11.

In this case, the length direction of 3 or 4 fingers in finger insertion hole 16 is roughly consistent with direction of action X.Now, for example, in the time that cephalic region is carried out to scalp care etc. in normally used situation, the finger tip direction of certainly pointing 3 or 4 fingers that direction of insertion ID inserts is roughly consistent with direction of action X.In this normally used situation, thumb is positioned at operating surface board 20 sides, and user uses thumb manipulation switch operating members 22, thereby scalp care device 10 is moved.

In this scalp care device 10, user is selected 1 desired mode of operation by console switch control member 22 among multiple mode of operations.The scalp care device 10 push switch control members 22 of user to halted state, switch portion 24a switches to connection from disconnecting, and utilizes this connection to carry out CD-ROM drive motor 32 and makes actuating member 71a～71d rotation, thereby start care actions with the mode of operation of being scheduled to.

In the care actions of carrying out in above-mentioned mode of operation, if user push switch control member 22, scalp care device 10 switches to the mode of operation different from above-mentioned mode of operation.The corresponding program schema of mode of operation after being switched according to this is carried out the rotating speed control (speed controlling) of motor 32, and actuating member 71a～71d is rotated under the mode of operation different from above-mentioned mode of operation.

Like this, each push switch control member 22, the corresponding program schema of next mode of operation will be read in motor control portion 81, according to the speed of this program schema control motor 32 reading in.Thus, make for example, to work under the selected mode of operation of actuating member 71a～71d in multiple (3) mode of operation.

In work under last mode of operation, if user push switch control member 22, switch portion 24a self-closing switches to disconnection, stops because this disconnection makes the driving of motor 32, thereby the rotation of the part 71a～71d that fails, finishes the work under mode of operation at that time.

As mentioned above, when each user console switch control member 22 and the 24a of turn on-switch portion, motor control portion 81 switching working mode in order.Now, switch in the mode of lighting 1 LED23a in multiple LED23a, corresponding with selected mode of operation the LED23a being lit.Therefore, user is according to the selected mode of operation of location confirmation of the LED23a being lit in LED display lamp 23.

Now, the driving force of motor 32 is delivered to connection shaft 47 by reducing gear 41, makes 4 connection shaft 47(shown in Fig. 5 still, only illustrates 2 in Fig. 5) rotation, now, 2 in 4 connection shafts 47 are and other 2 opposite spins.And, rotate with together with the actuating member 71a～71d corresponding with output shaft 56 around the output shaft 56 of each connection shaft 47 eccentric rotaries.

Make the effect projection 73(projection 73a of this actuating member 71a～71d) while contacting with scalp, along with the action of effect projection 73, the scalp of user also moves up, thereby carries out scalp care (massage).Now, due to the action of gear 42,46a～46d etc. and the configuration relation of rotating basis 55, each actuating member 71a～71d so that the mode that scalp moves to a direction move.

Mainly adopt Fig. 6 to describe the spinning movement of actuating member 71a～71d that scalp care device 10 has in detail here.It should be noted that the upward view while representing from beneath scalp care device 10 in Fig. 6.By the way, in Fig. 6, be above-below direction with the orthogonal direction of paper, the left and right directions in figure is the left and right directions of scalp care device 10, the above-below direction in figure is fore-and-aft direction.

4 actuating member 71a～71d shown in Fig. 6 are disposed at roughly 4 vertex positions of positive direction of formation in the bottom surface of cap 61.Wherein, rotate in stagger each other centered by the connection shaft 47 separately mode of 180 degree phase places of center P 1, the P2 of actuating member base portion 72 at the adjacent actuating member 71a, the 71b that are rotated counterclockwise of fore-and-aft direction (above-below direction of Fig. 6).

In addition similarly, rotate in stagger each other centered by the connection shaft 47 separately mode of 180 degree phase places of center P 3, the P4 of actuating member base portion 72 at the adjacent actuating member 71c, the 71d that turn clockwise of fore-and-aft direction (above-below direction of Fig. 6).

In addition, at the adjacent actuating member 71a of left and right directions, 71c(actuating member 71b, 71d) with center P 1, P3(center P 2, the P4 of actuating member base portion 72) with respect to vertical bisector L each other the mode of line symmetry rotate.

Adopt this kind of structure, center P 2, the P4 of center P 1, P3 and actuating member 71b, the 71d of self-applying part 71a, 71c is in fore-and-aft direction distance and reaches maximum state (from the state of Fig. 6 along opposite spin the states of 90 degree), when each actuating member 71a～71d difference 90-degree rotation, as shown in Figure 6, actuating member 71a, 71c is in the nearest state of left and right directions, and at actuating member 71a, 73 of the effect projections of 71c are carried out kneading to scalp.

Now, be sandwiched in actuating member 71a, the scalp between 71c moves along this direction of rotation.

While further making each actuating member 71a～71d 90-degree rotation from this, at the actuating member 71a along equidirectional rotation, center P 1, the P2 of the actuating member base portion 72 of 71b are nearest each other on same opportunity.

And, when actuating member 71a is observed in part, when between 71b the gap, actuating member 71a, 71b intersects each other and rotates wrongly under state close to each other.Thus, can utilize at mutually close actuating member 71a on same opportunity, 71b clamps scalp, then can utilize at actuating member 71a, and the intersect each other action of staggering the time of 71b applies the action of torsion to scalp.

And when making to carry out by this way holding action and turning round the actuating member 71a that rubs work, when 71b contacts with scalp, the scalp of user can be effectively along with this each actuating member 71a, the action of 71b and moving, thus nurse (massage) scalp.

In addition, actuating member 71c, 71d also carries out and this actuating member 71a, and the holding action that 71b is identical rubs work with turning round.Thus, in the example shown in Fig. 6, can be according to each actuating member 71a～71d(center P 1～P4) anglec of rotation difference give scalp different types of action, thereby can improve scalp care effect.

The corresponding action of each mode of operation of scalp care device 10 then, is described.

In the time determining mode of operation, the program schema of motor control portion 81 based on corresponding with this mode of operation, utilizes the Duty ratio control of PWM to control the rotating speed of motor 32.In this program schema, be set with for making the magnitude of voltage and the application time that put on motor 32 change the value adopting.

Motor control portion 81 produces pwm signal at that time based on program schema, and the pwm signal of this generation is successively transferred to motor driving part 82.The motor driving part 82 of having received pwm signal applies magnitude of voltage separately and the application time based on program schema to motor 32.

Thus, motor control portion 81 makes the rotating speed temporal evolution of motor 32 based on program schema, thereby changes the rotating speed of actuating member 71a～71d.

When each user push switch control member 22 and the 24a of turn on-switch portion, motor control portion 81 is with regard to switching working mode.In the present embodiment, utilize 3 corresponding 3 program schemas of mode of operation to drive and control motor 32.

This result, to make like that the rotating speed (min of motor 32 shown in the chart of Fig. 8 ^-1) change.3 kinds of mode of operations that mode of operation comprises " Hi ", " rhythm A ", " rhythm B ", motor control portion 81 reads the corresponding program schema of mode of operation at that time, thereby according to the speed of this program schema control motor 32.

As shown in Fig. 8 (a), when mode of operation is " Hi ", the rotating speed rotation of motor 32 to fix.Now, for example, actuating member 71a～71d is with 150min ^-1fixed rotating speed rotation.

In addition, as shown in Fig. 8 (b), when mode of operation is " rhythm A ", the program schema of the rotating speed of motor 32 based on rhythm A controlled, thereby actuating member 71a～71d is rotated according to the speed program shown in Fig. 8 (b).Like this, in the time that the action of " rhythm A " starts, actuating member 71a～71d for example, with higher rotating speed (155min ^-1) and lower rotating speed (for example 120min ^-1), (being respectively 700msec and 1900msec) rotation within the corresponding different set time of rotating speed separately.

Now, reach higher rotating speed (for example 155min at first ^-1) under, make scalp have the massage of twisting the sensation of rubbing (Japanese: ね じ Ru ね じ り) with the hands thereby utilize actuating member 71a～71d to twist scalp.Carry out after the stubborn action of this set time, then rotating speed is reduced to lower rotating speed (for example 120min ^-1), the massage of the set time that scalp is grown lentamente, and user is loosened.

And motor 32 carries out the switching of being switched to high rotating speed by the slow-speed of revolution of actuating member 71a～71d to move as the starting point in 1 cycle and the do action of terminal repeatedly.Thus, user can feel utilize that actuating member 71a～71d carries out scalp abreast near the professional effect (kneading) of then leaving, can promote the blood circulation of blood capillary.

In addition, as shown in Figure 8 (c), when mode of operation is " rhythm B ", the rotating speed of the program schema control motor 32 based on rhythm B, thus make actuating member 71a～71d rotation according to the speed program shown in Fig. 8 (c).

Describe the example of the action of " rhythm B " below, in detail.When the action of " rhythm B " starts, actuating member 71a～71d carries out the action in 1 cycle of " rhythm B " through the rate process of (1)～(8) below.(1) moment for example, by the rotation of actuating member 71a～71d extremely low rotating speed (100min certainly ^-1) for example, to higher rotating speed (170min ^-1) accelerate.(2) rotation of actuating member 71a～71d is remained on to fair speed (for example 170min ^-1) 150msec.

(3) use regular time 780msec for example, by the rotation of actuating member 71a～71d higher rotating speed (170min certainly ^-1) for example, to lower rotating speed (130min ^-1) slow down.(4) moment for example, by the rotation of actuating member 71a～71d lower rotating speed (130min certainly ^-1) for example, to higher rotating speed (170min ^-1) accelerate.

(5) rotation of actuating member 71a～71d is remained on to higher rotation speed (for example 170min ^-1) 15msec.(6) use 100msec for example, by the rotation of actuating member 71a～71d higher rotating speed (170min certainly ^-1) for example, to lower rotating speed (130min ^-1) slow down.(7) moment for example, by the rotation of actuating member 71a～71d lower rotating speed (130min certainly ^-1) for example, to extremely low rotating speed (100min ^-1) slow down.

(8) rotation of actuating member 71a～71d is remained on to extremely low rotating speed (for example 100min ^-1) 150msec.(9) moment for example, by the rotation of actuating member 71a～71d extremely low rotating speed (100min certainly ^-1) for example, to higher rotating speed (170min ^-1) accelerate.Actuating member 71a～71d carries out this sampling action using above-mentioned repeatedly as 1 cycle.

The action of being somebody's turn to do " rhythm B " sharply rises (above-mentioned (1), (2)) rotating speed at first, thereby presses scalp consumingly and produce constriction by actuating member 71a～71d.After this, process regular time is reduced rotating speed (above-mentioned (3)) lentamente, and by increasing sharp again rotating speed, thereby press scalp consumingly and produce the sensation (above-mentioned (4), (5)) of sliding by actuating member 71a～71d.

Afterwards, after less time reduction rotating speed (above-mentioned (6)), moment slows down (above-mentioned (7)) to extremely low rotating speed, and remains on this extremely low rotating speed (above-mentioned (8)), thereby stops producing by the action of pressing and sliding of actuating member 71a～71d generation the sensation that finger leaves.

So so lentamente to the rotating speed of actuating member 71a～71d slow down (above-mentioned (3)), utilization makes this by the action of this drop height type of speedup again of the rotating speed after slowing down (above-mentioned (4)～(8)), can make actuating member 71a～71d carry out similarly moving with the action that pinches this finger that then scalp unclamp with finger.

Thus, user can produce the sensation that pinches the massage (kneading+pressing) that then scalp unclamp this specialty with finger tip by actuating member 71a～71d, thereby can carry nutrition to scalp, promotes the discharge of metabolite.

Then, adopt Figure 10 to describe the control of LED glow color in detail.

In addition, luminous for LED illuminating part 26a is started, the operational approach different specific operation of user when (motor halted state) carries out starting from actuating member action to switch operating members 22 in the time that scalp care device 10 does not move.

In the present embodiment, the length that user for example for example carries out, more than the lasting set time (1 second) of push switch control member 22 is pressed.LED control part 83, under the halted state of motor 32, for example receives, from set time (1 second) of switch portion 24a and when above connection signal, makes LED illuminating part 26a start luminous by LED drive division 84.

LED control part 83, based on being set with the program schema that the glow color control of the value adopting is used in order to change magnitude of voltage, current value and the application time applying to the light-emitting component of " redness ", " green ", " blueness ", successively produces 3 kinds of luminous pwm signals of the light-emitting component for controlling " redness ", " green ", " blueness ".

And in order to carry out the luminous control of light-emitting component of " redness ", " green ", " blueness ", LED control part 83 transmits the each pwm signal producing to LED drive division 84.LED drive division 84 will apply to " redness ", " green " of formation LED illuminating part 26a, the light-emitting component of " blueness " separately respectively according to the magnitude of voltage separately of program schema, current value and application time based on pwm signal, thereby makes the glow color temporal evolution of LED illuminating part 26a.

Fig. 9 represents 1 group of pattern changing that " cool colour " → " cold-warm color " → " warm colour " is such.According to the order of cool colour pattern C1 → cold-warm color pattern C2 → warm colour pattern C3, along with the glow color of time change LED illuminating part 26a.The luminous of the pattern C1～C3 of cool colour, cold-warm color, warm colour carried out respectively 5 minutes, 2.5 minutes and 12.5 minutes.

Specifically,, as shown in Figure 10 (a), in first cool colour pattern C1, luminous is for example order according to blueness → aeruginous → yellow green → pistac → blueness → purple, along with the time changes over the multiple color that belongs to cold colour system.In cool colour pattern C1, carry out continuously the cycle that 2 times (cycle) changes the multiple color that belongs to this cool colour system, 1 cycle is 2.5 minutes.

User is regained consciousness because seeing the light that the dim cool colour of scalp care device 10 is.User, in temporary transient waking state, will be easy to be induced to relaxation state afterwards.And the change color of the light of this cool colour system is in the time of 2 end cycles, light-emitting mode is that cold-warm color pattern C2 changes to second pattern.

As shown in Figure 10 (b), in cold-warm color pattern C2, luminous is for example according to the order of aeruginous → light green → yellow → orange → pink colour → white, along with the time changes over to belong to and comprises the two the multiple color of changes in temperature colour system of color of cool colour and warm colour.In cold-warm color pattern C2, carry out the cycle of multiple color (cool colour and the warm colour) variation that makes to belong to this changes in temperature colour system for 1 time, 1 cycle is 2.5 minutes.

When user is seen the dim changes in temperature colour system slowly changing to warm colour from cool colour bright of scalp care device 10, be induced gradually to relaxation state from waking state.By add cold-warm color pattern C2 between cool colour pattern C1 and warm colour pattern C3, can easily induce user successfully to enter relaxation state from waking state so like this.And the change color of the light of this changes in temperature colour system is in the time of 1 end cycle, light-emitting mode is that warm colour pattern C3 changes to the 3rd pattern.

As shown in Figure 10 (c), in warm colour pattern C3, luminous is for example according to pale pink → pink colour → greenish orange color → orange → yellow → faint yellow → yellow order, along with the time changes the multiple color that belongs to warm colour system.In warm colour pattern C3, carry out continuously the cycle that 5 times (cycle) changes the multiple color that belongs to this warm colour system, 1 cycle is 2.5 minutes.

User see scalp care device 10 dim warm colour system light and loosen, be under the light of warm colour system and gradually sink in this relaxation state.And, in the time that the cycle of the 3rd warm colour pattern C3 completes 5 times (12.5 minutes), complete LED illuminating part 26a luminous that amounts to 20 minutes.

Next narrate the characteristic action effect of present embodiment.

(1) because leading-out portion 27 be by the light transmission that can make LED illuminating part 26a send and light formed to the photodiffusion material of multiple directions diffusions, so can obtain dim light, thereby can give the effect that user loosens, cures.

(2) be useful on and cover the panel member 17 of leading-out portion 27 in the arranged outside of leading-out portion 27, panel member 17 is by allowing the light transmission of deriving from leading-out portion 27, and can make light form to the photodiffusion material of multi-direction diffusion.Thus, once the diffused light deriving to outside from leading-out portion further spreads, can obtain dimer light, thereby more can give the effect that user loosens, cures.

(3) change by the glow color that makes LED illuminating part 26a according to program schema, because be the color that changes light according to the order of " cool colour " → " cold-warm color " → " warm colour ", the mental status of user can be induced to relaxation state, thereby more can give the effect that user loosens, cures.

(4), even in the pattern C1～C3 of cool colour, cold-warm color, warm colour, luminous is also along with time change belongs to the multiple color of colour system separately.Therefore, by make to belong to colour system separately multiple color light change, the mental status to user produces effect more, thereby can realize to the induction of waking state, induction from from waking state to relaxation state and to the induction of the relaxation state of the degree of depth, thereby more can give the effect that user loosens, cures.

(5) because the rotating speed of motor 32 is controlled according to mode of operation, so can improve the massage effect of scalp.For example, in " rhythm A ", can feel utilize that actuating member 71a～71d carries out scalp abreast near the effect (kneading) of then leaving, can promote the blood circulation of blood capillary.

In addition, for example, in " rhythm B ", the rotating speed of reducing effect part 71a～71d lentamente, by the action that the rotating speed being lowered is accelerated and then slowed down suddenly, can be realized and be pinched the similar action of the action of the finger that then scalp unclamp with pointing by actuating member 71a～71d.Thus, user uses scalp care device 10 under the mode of operation of " rhythm B ", can utilize finger tip to pinch the effect that then scalp unclamps, thereby can carry nutrition limit to promote the discharge of metabolite to scalp in limit.

It should be noted that, embodiment also can change in such a way.

In the above-described embodiment, at leading-out portion 27 and the different photodiffusion material of containing ratio that also can use respectively diffusate in panel member 17.For example, the diffusate containing ratio of the diffusate containing ratio ratio panels member 17 of leading-out portion 27 sides is high, can make the light diffusion of leading-out portion 27 more obvious.Thus, the light source of LED illuminating part 26a becomes dimer, thereby obtains dim light, can give the effect that user loosens, cures.

Change in the process of pattern C1～C3 of glow color in order according to cool colour → cold-warm color → warm colour, although can in 1 pattern, change multiple color, also can at least one pattern in cool colour pattern and warm colour pattern under, do not make glow color change.

For example, under cool colour pattern, can realize in blueness, aeruginous, yellow green, green, pistac, purple and only allow a kind of color lasting luminous within 1 cycle.In addition, for example, under warm colour pattern, can realize that in pale pink, pink colour, greenish orange color, orange, yellow, redness, only to allow a kind of color continue luminous within 1 cycle.

In cool colour pattern C1, as long as cool colour, the order, the quantity of variation and the color of variation that can appropriate change change.In addition, in cold-warm color pattern C2, as long as comprise cool colour and warm colour, the order, the quantity of variation and the color of variation that can appropriate change change.Further, in warm colour pattern C3, as long as warm colour, can suitably change order, the quantity of variation and the color of variation of variation.

Light-emitting mode can not have cold-warm color pattern C2 yet, and only comprises cool colour pattern C1 and these two kinds of patterns of warm colour pattern C3.Even such structure, by making illuminating part luminous according to the order of cool colour → warm colour, because user is through temporary transient waking state, can induce user to enter relaxation state effectively.Further, also can random arrangement cool colour light and the variation order of warm colour light.Even if make the change color of the light of illuminating part according to predetermined order, also can obtain the effect of loosening, treating by realizing dim light.

The time in 1 cycle of glow color pattern is not limited to 2.5 minutes, also can adopt other time.But preferably the time in 1 cycle is more than 30 seconds below 10 minutes.In addition, the time in 1 of the pattern of cool colour, cold-warm color, warm colour cycle can be different.Further, the fluorescent lifetime of other glow color in each glow color pattern also can appropriate change.

Preferably the time of cold-warm color pattern C2 is than the time of cool colour pattern C1 short (T2<T1).In addition, the time of preferred cool colour pattern C1 is than the time of warm colour pattern C3 short (T1<T3).In each pattern in pattern C1～C3, also can only carry out 1 cycle, in this case, preferably make the time in 1 cycle different to meet the mode of T2<T1<T3.

In addition, the total ascent time of the time T 1～T3 of each glow color pattern is not limited to 20 points, can be also other time.Total ascent time can be set as for example suitable time in the scope below 60 minutes more than 5 minutes.In addition, the fluorescent lifetime of LED illuminating part 26a can be also till user console switch control member 22 and the 24a of cut-off switch portion.

Utilize the luminous of LED illuminating part 26a, the position that makes scalp care device 10 can send dim light, is not limited to the face of controlling 15 of main body upper surface part, can be also front, the back side, the side of main body.In addition can be also that the mode of sending dim light with main body entirety forms scalp care device 10.

In this case, for example, dispose the light pervasion component of the tubular being made up of diffusion material along the inner peripheral surface of main body cover 13, side disposes the LGP of identical roughly tubular therein.And, be mapped to the light introduction part of LGP from the illumination of LED illuminating part.

Adopt this structure, while propagating into LGP from the light of LED illuminating part, to be tubular luminous for LGP, and the light of this tubular spreads in the process of light pervasion component of tubular that sees through the outside that is configured in LGP, thereby can make main body entirety spread a pale light.Further, can be to form scalp care device 10 so that the bottom surface side of the effect that the is provided with projection of main body sends the mode of dim light.In this case, as long as the member of the bottom surface sections that is provided with effect projection is made up of the light pervasion component that contains diffusate.

Also can make LED illuminating part 26a neglect brightly goes out suddenly.For example, at least 1 light-emitting mode in multiple pattern C1～C3, can make LED illuminating part 26a neglect and brightly suddenly go out.In addition, can be also, the period of change of the glow color in pattern more in short-term, will be neglected the bright Speed Setting that suddenly goes out and obtain comparatively fast, and in the time that the cycle is longer, just neglecting the bright Speed Setting that suddenly goes out must be slower.Adopt this structure, except making the period of change of glow color according to patterns of change, also make to neglect the bright rhythm suddenly going out (neglect bright suddenly go out the cycle) and change according to pattern, thereby user is more easily induced into relaxation state.

Loudspeaker also can be set in main body, from the music of loudspeaker and the light-emitting mode interlock of LED illuminating part 26a.For example, make the period of change of color of the light of light-emitting mode and the bat of music synchronize to control.It should be noted that, preferably loudspeaker have waterproof construction.

Illuminating part is not limited to LED illuminating part 26a, can be organic EL illuminating part, color liquid crystal illuminating part, plasma luminescence portion, fluorescent lamp, electric filament lamp, high-intensity discharge lamp (HID lamp) etc. utilize the luminous illuminating part of electric power.

The photodiffusion material of leading-out portion and the photodiffusion material of cover can be identical can be different.In addition, the contained diffusate of the leading-out portion diffusate contained from cover can be identical can be different.In addition, the containing ratio of the containing ratio of the contained diffusate of the leading-out portion diffusate contained from cover can be identical can be different.

There is no need to make the entirety of panel member 17 to be made up of photodiffusion material, can be that the part that at least comprises the part that supplies the light transmission of deriving from leading-out portion is formed by photodiffusion material.Can be for example for example, among cover (panel member 17), at least comprise for the part of the part that sees through of diffused light deriving from leading-out portion and formed by the photodiffusion material that contains diffusate, or, can be at this locally embedding light pervasion component.

In addition, having larger area at leading-out portion, can be that at least local of leading-out portion formed by photodiffusion material.In this case, the light that self-luminescent part sends can see through the part being formed by photodiffusion material of leading-out portion.

Cover (for example panel member 17) also can omit.Come out in the surface that can be for example the autonomous body of leading-out portion.In addition, also can be configured to and cancel leading-out portion 27, and using panel member 17 self as leading-out portion.

In the above-described embodiment, can be that connection shaft 47 rotates on coaxial with output shaft 56.In this case, because actuating member 71a～71d is rotated action using the configuration center (P1～P4) of the effect projection 73 of each actuating member 71a～71d as central shaft, so preferably actuating member 71a～71d separates formation with cap 61.

In the above-described embodiment, actuating member 71a～71d except with the action of the orthogonal direction (face direction) of output shaft 56, can also axially move.Adopt this structure, can further give the stimulation of user as the scalp of knocking user.

In the above-described embodiment, can be that the cap 61 of formation effect head 12 divides out formation with actuating member 71a～71d.But, preferably act on projection 73 and all formed by flexure member (elastic component) in any structure.

In the above-described embodiment, although be provided with 4 actuating member 71a～71d, also can change arbitrarily the quantity of actuating member.In addition, in the above-described embodiment, although actuating member 71a～71d contains respectively 4 effect projections 73, the also quantity of change effect projection arbitrarily, can also make the quantity difference of the effect projection between multiple actuating members.

In addition, the quantity that is formed at the projection 73a that the diameter on top of each effect projection 73 is less is not limited to 3, and this quantity also can change arbitrarily, and for example, 73 of effect projections, the quantity of projection 73a can be different.In addition, also can omit projection 73a is set.

utilizability in industry

As mentioned above, the member that scalp care device of the present invention is made up of photodiffusion material because the luminous energy of illuminating part sees through or the part of member, thereby can obtain dim light, in addition, change according to the variable color pattern of cool colour → cold-warm color → warm colour by the color that makes light, thereby the mental status of user can be induced to relaxation state, and then can give the effect that user loosens, treats, so scalp care device of the present invention can be applicable in the purposes of utensil, bathing pool device etc. that the nursing of the health that is not limited to scalp is object.

Claims (5)

1. a scalp care device, is characterized in that, has:

Shell;

Multiple actuating members, this actuating member is arranged at above-mentioned shell, gives scalp irritation for contacting with the scalp of user;

Illuminating part, this illuminating part for sending light in above-mentioned shell; And

Leading-out portion, the position of facing mutually with above-mentioned illuminating part that this leading-out portion is arranged at above-mentioned shell, for the light from above-mentioned illuminating part is derived to the outside of above-mentioned shell,

At least part of above-mentioned leading-out portion is by making the light from above-mentioned illuminating part form to the photodiffusion material of multiple directions diffusion.

2. scalp care device according to claim 1, is characterized in that,

This scalp care device has the cover for covering above-mentioned leading-out portion, and the part of at least facing mutually with above-mentioned leading-out portion of above-mentioned cover is made up of the photodiffusion material that can make the light transmission of deriving from above-mentioned leading-out portion.

3. scalp care device according to claim 1 and 2, is characterized in that,

This scalp care device has the luminous control part for controlling above-mentioned illuminating part,

Above-mentioned illuminating part is configured to the light that can send multiple color,

Above-mentioned control part with the luminous beginning making above-mentioned illuminating part after, the mode that the color that makes the light sending from above-mentioned illuminating part order according to the rules changes is controlled above-mentioned illuminating part.

4. scalp care device according to claim 3, is characterized in that,

Above-mentioned illuminating part is configured to the light of the color that can send cool colour system, changes in temperature colour system and warm colour system,

Above-mentioned control part is controlled above-mentioned illuminating part as follows: according to the order of afore mentioned rules, formerly send after the light of color of cool colour system, send again the light of color of self cooling colour system gradually to the light of the color of the changes in temperature colour system of the light transition of the color of warm colour system, send afterwards the light of the color of warm colour system.

5. scalp care device according to claim 4, is characterized in that,

Above-mentioned illuminating part is configured to the light that can send multiple color, the light of this multiple color forms respectively the light of color of the light of the color of above-mentioned cool colour system, above-mentioned changes in temperature colour system and the light of the color of above-mentioned warm colour system, above-mentioned control part is controlled above-mentioned illuminating part as follows: the light of color of the light of the color of above-mentioned cool colour system, above-mentioned changes in temperature colour system and the light of the color of above-mentioned warm colour system are changed in order, and in the light period of each colour system, the light that makes to belong to the multiple color of colour system separately changes.

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