CN205306247U - Remover - Google Patents

Abstract

The utility model provides the remover small -size and ease for use is good. Remover (1) has: handle part (2) to and link to each other with handle part (2), constitute for adsorbing the suction head portion (3) of getting rid of through magnetic force with the enamel of coating on skin. The perisporium portion (32) that suction head portion (3) has a pair of main wall portion (31) relative each other, linked together the periphery of a pair of main wall portion (31) each other and the magnet of configuration between a pair of main wall portion (31). Magnet has a pair of magnetic pole, virtual line that forms simultaneously and a pair of main wall portion (31) criss -cross direction configuration according to connecting a pair of magnetic pole.

Description

Remover

Technical field

The utility model relate to a kind of by be coated on skin hairdressing agent by the remover of magnetic force Adsorption.

Background technology

In the past, it is known that hairdressing agent has the slurry shape comparing low viscosity or the full-bodied pasty state of comparison, or the various proterties such as gel, powdery. In this kind of hairdressing agent, there is the hairdressing agent formed like this: by be coated on skin is waited a moment after remove, the dirt on skin and/or metabolic waste etc. can be removed together with hairdressing agent. As the method that such hairdressing agent is removed from skin, generally take by the wipings such as cotton or the method washed off with warm water etc.

As the method more easily hairdressing agent after using removed than these general methods, it is proposed that a kind of by the hairdressing agent that is coated on skin by the method for magnetic force Adsorption. Such as, in patent documentation 1, disclose a kind of magnetic absorption device, its magnet that there is roughly bar-shaped shank and be arranged on shank forward end. Forming for making a side end face of the magnet in disk shape expose the outside surface at magnetic absorption device of this magnetic absorption device, can adsorb magnetic fluid contained in face film agent on this end face.

Prior art literature

Patent documentation

Patent documentation 1 Japanese Unexamined Patent Publication 2003-199620 publication

Practical novel content

The practical novel problem to be solved

The amount of the hairdressing agent that can adsorb due to magnetic absorption device is limited, therefore in use along with the amount of hairdressing agent of magnetic absorption device absorption is close to the limit, removes hairdressing agent and also become difficulty from skin. Therefore, whenever being difficult to from skin to remove hairdressing agent, it may also be useful to person just needs to interrupt the operation removing hairdressing agent from skin, and is peeled off from magnetic absorption device by hairdressing agent and discard. So, in order to improve the ease for use of magnetic absorption device, it is desired to increase the amount of the hairdressing agent that magnetic absorption device can adsorb, reduce the number of times of the discarded operation carrying out hairdressing agent.

But, the magnetic absorption device of patent documentation 1, owing to another side end face of its magnet is covered by shank, therefore cannot make this end face absorption hairdressing agent. Therefore, have to maximize magnet to increase the amount of the hairdressing agent that magnetic absorption device can adsorb. On the other hand, magnet maximize the increase of the maximization and quality that cause magnetic absorption device entirety, will there is the problem that the ease for use of magnetic absorption device is worsened in result.

The utility model is the research and development carried out in view of above-mentioned background, and object is to provide a kind of small-sized and remover that ease for use is good.

Solve the means of problem

An enforcement mode of the present utility model is a kind of remover, and it has:

Holding portion,

And be connected with this holding portion, be configured to can by be coated on skin hairdressing agent by the suction head of magnetic force Adsorption,

This suction head have the main wall portion of a couple relative to each other, by surrounding wall portion connected to each other for the periphery of main for this couple wall portion and above-mentioned one to main wall portion between configuration magnet,

Above-mentioned magnet has one pair of magnetic pole, is configured in the direction that main wall portion is intersected with above-mentioned one according to this dummy line formed by magnetic pole of connection simultaneously.

Practical novel effect

Above-mentioned remover has: possess above-mentioned one to main wall portion, above-mentioned surrounding wall portion and above-mentioned one to main wall portion between the above-mentioned suction head of above-mentioned magnet of configuration. And, above-mentioned magnet has one pair of magnetic pole, simultaneously according to connecting this dummy line formed by magnetic pole and the above-mentioned one direction configuration main wall portion intersected. Therefore, above-mentioned suction head can produce magnetic force from the outside surface of each above-mentioned main wall portion, it is possible to is adsorbed on by the hairdressing agent finished using in each above-mentioned main wall portion to remove from skin. As above result, above-mentioned magnet is not maximized by above-mentioned suction head, so that it may to increase the amount of the hairdressing agent that can be adsorbed from skin by magnetic force. Therefore, above-mentioned remover can reduce the number of times of the discarded operation of hairdressing agent.

And, above-mentioned remover is by being equipped with above-mentioned suction head, it is possible to easily avoid maximizing and quality increase. Therefore, it is possible to while increasing the amount of the hairdressing agent that can adsorb from skin, it is to increase the ease for use of above-mentioned remover. Further, by by above-mentioned magnet miniaturization, it is also possible to expect further miniaturization, the lightweight of above-mentioned remover.

As mentioned above, it is necessary, above-mentioned remover is by having above-mentioned adsorption head, thus become small-sized and remover that ease for use is good.

Accompanying drawing explanation

Fig. 1 is the stereographic map of the remover in embodiment 1.

Fig. 2 is the vertical view of the remover in embodiment 1.

Fig. 3 is in embodiment 1, from orthographic plan during main wall portion side remover.

Fig. 4 be along the IV-IV line in Fig. 2 to pseudosection.

Fig. 5 be along the V-V line in Fig. 4 to pseudosection.

Fig. 6 be along the line VI--VI in Fig. 4 to pseudosection.

Fig. 7 is the explanation figure of the using method of the remover in embodiment 1.

Fig. 8 is the stereographic map of the remover mounting table in embodiment 2.

Fig. 9 is the vertical view of the remover mounting table in embodiment 2.

Figure 10 be along the X-X line in Fig. 9 to pseudosection.

Embodiment

In above-mentioned remover, above-mentioned one to main wall portion its outside surface at least partially on there is main adsorption zone. Here, main adsorption zone refers to, among the outside surface of main wall portion, the magnetic force of generation is maximum region and near zone thereof. Usually, by the shape project of above-mentioned magnet, on the outside surface of main wall portion, the region and the near zone thereof that are formed are exactly main adsorption zone.

Main adsorption zone, it is possible to be present on whole of outside surface of main wall portion. One to, among main wall portion, the position of the first main adsorption zone in the first above-mentioned main wall portion and shape, with the position of the 2nd main adsorption zone in the 2nd above-mentioned main wall portion and shape, it is possible to identical, it is also possible to different. And, from the first main adsorption zone the magnetic force size produced and the magnetic force size produced from the 2nd main adsorption zone, it is possible to identical, it is also possible to different.

And, suction head, it is possible to there is the region that can adsorb the hairdressing agent finished using except main adsorption zone. Such as, suction head can be configured to be adsorbed on by the hairdressing agent finished using the edge, periphery of main adsorption zone, and by one to the outside surface etc. of the periphery of main wall portion surrounding wall portion connected to each other.

Above-mentioned one to main wall portion, it is possible to having with respect to the plane of symmetry between the two is mirror symmetry shape. In this case, the hairdressing agent absorption finished using is being come in the operation removed from skin, it is possible to make user be difficult to body and feel the first main wall portion and the difference of the 2nd main wall portion. Accordingly, it may be possible to improve the ease for use of remover further.

Preferably, above-mentioned magnet, configures the direction that the dummy line of magnetic pole is roughly orthogonal with the above-mentioned plane of symmetry according to connection one. In this case, compared with situation about significantly tilting from the above-mentioned plane of symmetry with dummy line, it is possible to strengthen respectively from above-mentioned one to the magnetic force produced main wall portion. Its result is, can increase the total amount of the hairdressing agent that remover can adsorb, it is possible to improve the ease for use of remover further.

Preferably, above-mentioned remover, the magnetic force size produced from the first main adsorption zone the first above-mentioned main wall portion is roughly the same with the magnetic force size produced from the 2nd main adsorption zone in the 2nd above-mentioned main wall portion. Namely, it may be preferred that the amount of the hairdressing agent that the first main adsorption zone can adsorb is roughly the same with the amount of the hairdressing agent that the 2nd main adsorption zone can adsorb. In this case, compare to the situation that the size of the magnetic force from the first main adsorption zone generation is different from the size of the magnetic force from the 2nd main adsorption zone generation, the total amount of the hairdressing agent that remover can adsorb can be increased.

And, in this case, the hairdressing agent absorption finished using is being come in the operation removed from skin, it is possible to make user be difficult to body and feel the first main adsorption zone and the difference of the 2nd main adsorption zone. Its result is, it is possible to improve the ease for use of remover further.

More preferably, above-mentioned first main adsorption zone, being configured in relative to the above-mentioned plane of symmetry and above-mentioned 2nd main adsorption zone is on mirror symmetry position. In this case, the hairdressing agent absorption finished using is being come in the operation removed from skin, it may also be useful to person can feel the first main adsorption zone and the differently use remover of the 2nd main adsorption zone by body. Its result is, it is possible to improve the ease for use of remover further.

Preferably, the outside surface of above-mentioned main wall portion is made up of tabular surface. In this case, it is possible to make above-mentioned main adsorption zone easily close to the hairdressing agent being coated on skin. Therefore, it may also be useful to person can carry out operation that the hairdressing agent finished using is removed from skin to high-level efficiency with the use of above-mentioned remover. Its result is, it is possible to improve the ease for use of remover further.

Preferably, the leading section of the above-mentioned suction head of above-mentioned magnet configuration on the length direction of above-mentioned remover, and there is the shape corresponding with the inner-wall surface of this leading section. In this case, it is possible to above-mentioned main adsorption zone is set on the outside surface of the main wall portion of above-mentioned leading section, the outside surface of the above-mentioned peripheral wall surfaces of above-mentioned leading section can be made to adsorb the hairdressing agent finished using simultaneously. Therefore, with the use of main adsorption zone, it is possible to carry out to high-level efficiency the removal to the hairdressing agent being coated in the smaller part of the fluctuatings such as such as cheek, forehead, wrist, leg or back. And, with the use of the outside surface of surrounding wall portion, it is possible to carry out to high-level efficiency the removal to the hairdressing agent being coated in the bigger part of the fluctuating such as nose or mouth. And, by as described so the outside surface of main adsorption zone and surrounding wall portion being used separately, it may also be useful to person easily can carry out the operation coming to remove from skin to the hairdressing agent absorption finished using with the use of above-mentioned remover in each corner. Its result is, it is possible to improve the ease for use of remover further.

It is mirror symmetry shape that above-mentioned holding portion can have relative to the above-mentioned plane of symmetry.In this case, when remover is changed to the use of another hand from a hand, any hand can both easily hold remover. Accordingly, it may be possible to improve the ease for use of remover further.

Preferably, above-mentioned holding portion, compared with above-mentioned suction head, the outer size in above-mentioned one relative direction to main wall portion is bigger. In this case, when making above-mentioned main adsorption zone close to the hairdressing agent being coated on skin, it is possible to more easily hold holding portion. Accordingly, it may be possible to improve the ease for use of remover further.

Above-mentioned suction head, it is possible to there is the head base portion stretched out from above-mentioned holding portion, and the head drum gone out to direction drum from this base portion goes out portion. In this case, in the operation that the hairdressing agent that will finish using is removed from skin, make suction head close by going out portion by head drum in the way of hairdressing agent, it is possible to make holding portion be difficult to interfere with human body. Therefore, it may also be useful to person easily can carry out the operation coming to remove from skin to the hairdressing agent absorption finished using with the use of above-mentioned remover in each corner. Its result is, it is possible to improve the ease for use of remover further.

Above-mentioned head base portion, it is possible to relative to the length direction of above-mentioned remover, along to above-mentioned head drum go out portion drum go out direction tilt direction stretch out. In this case, as described above, in the operation that the hairdressing agent that will finish using is removed from skin, go out side, portion by from the beginning drum and make suction head close, it is possible to make holding portion be difficult to interfere with human body. Therefore, it may also be useful to person easily can carry out the operation coming to remove from skin to the hairdressing agent absorption finished using with the use of above-mentioned remover in each corner. Its result is, it is possible to improve the ease for use of remover further.

Above-mentioned holding portion can bend to: the medullary ray formed by connecting the section center of gravity of length direction being orthogonal to above-mentioned remover goes out direction to the drum that above-mentioned head drum goes out portion and protrudes. In this case, holding portion becomes the shape of easily laminating hand. Therefore, it may also be useful to person is in the operation removed from skin by the hairdressing agent finished using with the use of above-mentioned remover, it is possible to easily the posture of steady removal device. Its result is, it is possible to improve the ease for use of remover further.

The back side of the side, above-mentioned head base portion in above-mentioned holding portion, it is possible in the curved shape of recessed shape alongst. In this case, as described above, holding portion becomes the shape of easily laminating hand. Therefore, it may also be useful to person is in the operation removed from skin by the hairdressing agent finished using with the use of above-mentioned remover, it is possible to easily the posture of steady removal device. Its result is, it is possible to improve the ease for use of remover further.

[embodiment]

(embodiment 1)

Accompanying drawing is used the embodiment of above-mentioned remover to be described. As shown in Figure 1, remover 1 has holding portion 2, and is connected with holding portion 2, be configured to can by be coated on skin hairdressing agent 4 by the suction head 3 of magnetic force Adsorption. As shown in Fig. 3～Fig. 5, suction head 3 have the main wall portion of a couple relative to each other 31, by one to the periphery of main wall portion 31 surrounding wall portion 32 connected to each other and one to main wall portion 31 between the magnet 33 of configuration. As shown in Figure 5, magnet 33 has one pair of magnetic pole 331, is configured in the direction that main wall portion 31 is intersected with one according to connecting a dummy line L1 formed by magnetic pole 331 simultaneously.

As shown in FIG. 1 to 3, remover 1 has on the whole in roughly bar-shaped shape, and holding portion 2 and suction head 3 are arranged in mutually on length direction X. As shown in figures 2 and 5, the suction head 3 of this example, having with respect to one is mirror symmetry shape to the plane of symmetry P between main wall portion 31. And, suction head 3, has the head base portion 34 stretched out from holding portion 2, and the head drum that from the beginning base portion 34 goes out to a direction drum goes out portion 35. In this example, as shown in Figure 3, from one to the relative direction of main wall portion 31, time namely from the normal direction remover 1 of plane of symmetry P, suction head 3 has roughly semicircle profile, and head drum goes out portion 35 and has the profile 351 bending to arc.

In addition, in the present embodiment, sometimes suction head 3 side in the length direction X of remover 1 is called front X1, side, holding portion 2 is called rear X2. And, the arrangement direction that head base portion 34 and head drum go out portion 35 sometimes is called that upper and lower is to Y, and upper and lower is called top Y1 to the side, head base portion 34 in Y, and head drum goes out side, portion 35 and is called lower section Y2. And, sometimes by one, the relative direction of main wall portion 31 is called thickness direction Z. It is in order to conveniently to the record in these directions relevant with remover 1, with the direction of the remover 1 when carrying out the operation removing hairdressing agent 4 from skin without any relation.

As shown in Figure 3, head base portion 34, relative to the length direction X of remover 1, along to head drum go out portion 35 drum go out direction tilt direction stretch out. That is, head base portion 34, using the part that is connected with holding portion 2 as base end 341, along with the front X1 of trend length direction X, Y2 tilts downwards gradually.

As depicted in figs. 3 and 5, suction head 3 has one to main wall portion 31 and by a surrounding wall portion 32 that the periphery of main wall portion 31 is connected to each other. As shown in Figure 3, the main wall portion 31 of a couple for suction head 3, is configured on the lateral circle surface of remover 1, and to have with respect to plane of symmetry P between the two be mirror symmetry shape. And, as shown in Figure 5, the outside surface 311 of the main wall portion 31 of this example is made up of tabular surface. As shown in Figure 5, surrounding wall portion 32, has the shape bending to circular arc on the section orthogonal with the length direction X of remover 1. And, surrounding wall portion 32, the central authorities of the thickness direction Z on this section rouse outward.

As shown in Figure 2, holding portion 2 has relative to plane of symmetry P is mirror symmetry shape. And, holding portion 2, compared with suction head 3, the outer size in a relative direction (thickness direction Z) to main wall portion 31 is bigger. The remover 1 of this example, as shown in Figure 2, when from top Y1 remover 1, consists of and has the maximum maximum gauge portion 21 of outer size near the rear end in holding portion 2, tend to front X1 along with from maximum gauge portion 21, and outer size diminishes gradually.

And, as shown in Figure 4, holding portion 2 bends to: the centre line L 2 formed by connecting the section center of gravity of length direction X being orthogonal to remover 1 goes out direction (lower section Y2) to the drum that head drum goes out portion 35 and protrudes. As shown in Figures 3 and 4, the back side 22 of the side, head base portion 34 in holding portion 2, in the curved shape of the alongst recessed shape of X.

As shown in Figure 3, remover 1 has the housing top 11 forming side, head base portion 34, and blocks conjunction with housing top 11, and forms the lower housing portion 12 that head drum goes out side, portion 35. Housing top 11 and lower housing portion 12, configure in the whole length on the length direction X of remover 1 respectively.

As shown in Fig. 4 and Fig. 6, lower housing portion 12 has erects, towards side, housing top 11 (top Y1), the rib 121 arranged. As shown in Figure 6, rib 121, in the region being equivalent to holding portion 2, and erects setting with having minim gap between the inner-wall surface 111 on housing top 11. Consequently, it is possible to improve the rigidity in holding portion 2.

As shown in Figures 4 and 5, between housing top 11 and lower housing portion 12, there is internal space 13, in internal space 13, it is configured with a magnet 33. The magnet 33 of this example, is the neodium magnet of the column being magnetized on thickness direction Z, has magnetic pole 331 at the two ends of thickness direction Z.

As shown in Figure 5, the direction that the both sides of main wall portion 31 are intersected is configured with one by magnet 33 by the dummy line L1 of magnetic pole 331 according to connection one. The magnet 33 of this example, the direction being orthogonal according to dummy line L1 and plane of symmetry P configures, and the direction namely becoming parallel according to dummy line L1 and thickness direction Z configures. That is, the first end face 332a in the pair of end face 332 (332a, 332b) of magnet 33 is in the face of the first main wall portion 31a, and biend 332b is in the face of the 2nd main wall portion 31b. And, in this example, with the gap between the first end face 332a and the first main wall portion 31a, the mode equal substantially with gap between biend 332b with the 2nd main wall portion 31b configures magnet 33.

And, as shown in Figures 4 and 5, in the leading section 36 of the suction head 3 that magnet 33 is configured on the length direction X of remover 1, and there is the shape corresponding with the inner-wall surface of leading section 36. The magnet 33 of this example, by the magnet press section 112,122 (with reference to Fig. 4) arranged on housing top 11 and lower housing portion 12 respectively, is maintained in leading section 36. And, magnet 33, almost not have the state in gap to be kept between surrounding wall portion 32.

The remover 1 of this example, by possessing said structure, as shown in Figure 3, has main adsorption zone 14 on the outside surface of the front X1 of main wall portion 31. And, the magnetic force size produced from the main adsorption zone 14a of first the first main wall portion 31a (with reference to Fig. 5) is roughly the same with the magnetic force size produced from the main adsorption zone 14b of the 2nd on the 2nd main wall portion 31b. Further, in this example, the first main adsorption zone 14a, being configured in adsorption zone 14b main relative to plane of symmetry P and the 2nd is on mirror symmetry position.

The remover 1 of this example, by possessing said structure, it is possible to makes the hairdressing agent 4 that the overall absorption of the leading section 36 of suction head 3 is finished using. Specifically, the remover 1 of this example, it is also possible to make part 321 (with reference to Fig. 4, Fig. 5) on the outside surface of surrounding wall portion 32, that connected by the first main adsorption zone 14a and the 2nd main adsorption zone 14b etc. adsorb the hairdressing agent 4 finished using.

Then, an example of the using method of the remover 1 of this example is described. First the hairdressing agent 4 being configured to be attracted by the magnetic force is coated on skin by user. As such hairdressing agent 4, such as can the hairdressing agent of magnetic substance powder that formed by ferro-magnetic of collaboration. And, it is also possible in hairdressing agent 4, coordinate moisturizing composition, it be skin supplements nutraceutical composition, the composition etc. of the dirt composition emersion made in skin has various effect Cosmetic Ingredient. And, according to the cosmetic result wanting to obtain, the residual at least partially that hairdressing agent 4 can be configured to the hairdressing agent when being removed from skin by magnetic substance powder is on a skin surface, it is also possible to be configured to hairdressing agent along with magnetic substance powder almost all removes from skin surface.

Then, as shown in Figure 7, it may also be useful to person makes suction head 3 close to the hairdressing agent 4 being coated on skin.Now, make suction head 3 close by going out side, portion 35 by head drum in the way of hairdressing agent 4, it is possible to make holding portion 2 be difficult to interfere with human body.

The remover 1 of this example, as mentioned above, owing to the overall absorption hairdressing agent 4 of the leading section 36 of suction head 3 can be made, therefore both suction head 3 can be made by main wall portion 31 close to hairdressing agent 4 in the way of skin, it is also possible to make suction head 3 close to hairdressing agent 4 by surrounding wall portion 32 in the way of skin. No matter which kind of situation, can both make the hairdressing agent 4 that magneticaction is being coated on skin, to remove hairdressing agent 4 from skin.

As mentioned above, it is necessary, the remover 1 of this example has: possessing is the suction head 3 of mirror symmetry shape relative to plane of symmetry P. And, on the leading section 36 of suction head 3, it is configured with the magnet 33 possessing above-mentioned specified shape. Its result is, magnet 33 is not maximized by suction head 3, so that it may to increase the amount of the hairdressing agent 4 that can be adsorbed from skin by magnetic force. Its result is, it is possible to reduce the number of times of the discarded operation of hairdressing agent 4.

And, remover 1 is by being equipped with suction head 3, it is possible to easily avoid maximizing and quality increase. Therefore, it is possible to while increasing the amount of the hairdressing agent 4 that can adsorb from skin, it is to increase the ease for use of remover 1.

In addition, in this example, although showing the example of the remover 1 possessing a magnet 33, but remover 1 can possess multiple magnet 33. Such as, suction head 3 arranges two magnet 33, it is conceivable that go out each main wall portion 31 inner-wall surface each on respectively to the structure etc. connecing a magnet 33. And, magnet 33 is not limited to neodium magnet, it is possible to be other permanent magnets such as samarium cobalt magnet, ferrite magnet. Electro-magnet can also be used as magnet 33.

(embodiment 2)

This example is the example of the mounting table 5 of the remover 1 of mounting embodiment 1. As shown in Fig. 8～Figure 10, the mounting table 5 of this example has the main body portion 51 being made up of non magnetic body, and be made up of ferro-magnetic, multiple build-in components 52 of arranging in the inside in main body portion 51. As shown in Figure 8, main body portion 51 has an accommodation section 53 (with reference to Fig. 9, Figure 10), and this accommodation section 53 holds the main adsorption zone 14 in suction head 3 and near zone thereof, supports remover 1 simultaneously. And, forming for produce magnetic attracting force between the suction head 3 being contained in an accommodation section 53 and build-in components 52 of mounting table 5.

As shown in Figure 10, the main body portion 51 of mounting table 5 has: have the base plate 513 that the top plate portion 512 of an accommodation section 53 configures relatively with top plate portion 512, and connects the side surface part 514 of top plate portion 512 and base plate 513. And, as shown in Figure 8, main body portion 51 is in the roughly truncated cone shape by end face of top plate portion 512.

As shown in Figure 10, the inside in main body portion 51 is formed as hollow. In addition, in the present embodiment, about the upper and lower of mounting table 5 to Y, sometimes top plate portion 512 side is called top Y3, base plate 513 side is called lower section Y4.

As shown in Figure 10, top plate portion 512 and side surface part 514 form as body top 515. Body top 515, in the roughly truncated cone shape by end face of top plate portion 512, as shown in Figure 4, its bottom surface is open surface. Body top 515, it may also be useful to ABS resin is formed.

As shown in FIG. 9 and 10, head accommodation section 53 makes central authorities' depression of top plate portion 512 be formed, and has the concave shape corresponding with the suction head 3 of remover 1.That is, head accommodation section 53 have from top plate portion 512 downward Y4 extended one to par 531, and by circumference 532 connected to each other for the edge of one pair of par 531. One pair of par 531 and circumference 532, have the main wall portion 31 with suction head 3 and the corresponding shape of surrounding wall portion 32 respectively. And, head accommodation section 53 is configured to be contained in by magnet 33 position than open end-face 533 (with reference to Figure 10) Y4 more on the lower.

And, as shown in FIG. 9 and 10, head accommodation section 53 has from the lower end 534 of circumference 532 cylindrical portion 535 that Y4 is extended downward. As shown in Figure 10, the through base plate 513 of the lower end of cylindrical portion 535. Thus, the space of the lower section Y4 of base plate 513 is connected by cylindrical portion 535 with head accommodation section 53.

As shown in Figure 10, base plate 513 is formed as the plectane shape that the open surface (bottom surface) with body top 515 is consistent. And, base plate 513 bends in a concave shape, so that its middle body is positioned at the position of Y3 more closer to the top than peripheral end edge. In addition, in this example, base plate 513 is formed by ABS resin.

In the inside of mounting table 5, it is configured with the multiple build-in components 52 being made up of ferro-magnetic. In this example, as shown in Figure 10, central part in base plate 513 is configured with as build-in components 52 four pieces of iron plates 521. Iron plate 521, in roughly square shape, uses screw to be fastened in base plate 513 with four pieces of overlapping states.

And, although not shown, but in head accommodation section 53 one to, on par 531, being configured with the ferrite sheet as build-in components 52 respectively. Ferrite sheet, is by disperseing the sheet-like formed body that the ferritic resin of powder shape is formed, and is bonded in the inner-wall surface of par 531, namely on the surface of the interior side of mounting table 5.

As shown in Figure 8, when remover 1 is positioned on mounting table 5, the suction head 3 of remover 1 is inserted to the end in accommodation section 53. Owing to the inside of mounting table 5 is built-in with the build-in components 52 (iron plate 521 and ferrite sheet) formed by ferro-magnetic, therefore between the suction head 3 being contained in an accommodation section 53 and build-in components 52, produce magnetic attracting force. Consequently, it is possible to the posture of steady removal device 1, it is possible to prevent remover 1 from surprisingly translating into.

And, when suction head 3 being contained in an accommodation section 53, magnet 33 is configured in the position of the open end-face 533 than head accommodation section 53 (with reference to Figure 10) Y4 more on the lower. Therefore, the magnetic line of force produced from magnet 33 concentrates on build-in components 52, and magnetic line of force is difficult to leak into the outside of mounting table 5. Its result is, is difficult to act on the periphery of mounting table 5 from the magnetic force of magnet 33 generation, it is possible to improve the ease for use of remover 1.

And, head accommodation section 53 possesses cylindrical portion 535 at its lower end, is connected with the space of the lower section Y4 of base plate 513 by cylindrical portion 535 accommodation sections 53. Therefore, the mounting table 5 of this example, it is possible to by the dust that accumulates in an accommodation section 53 and/or rubbish etc., is discharged to lower section Y4 by cylindrical portion 535, it is possible to easily clean.

Claims (9)

1. a remover, it has:

Holding portion,

And be connected with this holding portion, be configured to can by be coated on skin hairdressing agent by the suction head of magnetic force Adsorption,

This suction head have the main wall portion of a couple relative to each other, by surrounding wall portion connected to each other for the periphery of main for this couple wall portion and described one to main wall portion between configuration magnet,

Described magnet has one pair of magnetic pole, is configured in the direction that main wall portion is intersected with described one according to this dummy line formed by magnetic pole of connection simultaneously.

2. remover according to claim 1, it is characterised in that,

Described one main wall portion to be had with respect to the plane of symmetry between the two be mirror symmetry shape.

3. remover according to claim 2, it is characterised in that,

Described magnet configures according to the direction that described dummy line is roughly orthogonal with the described plane of symmetry.

4. remover according to any one of claims 1 to 3, it is characterised in that,

Described one to main wall portion, its outside surface at least partially on there is main adsorption zone, from wall portion main described in first first main adsorption zone produce magnetic force size with from wall portion main described in the 2nd the 2nd main adsorption zone generation magnetic force size roughly the same.

5. remover according to any one of claims 1 to 3, it is characterised in that,

The outside surface of described main wall portion is made up of tabular surface.

6. remover according to any one of claims 1 to 3, it is characterised in that,

The leading section of the described suction head of described magnet configuration on the length direction of described remover, and there is the shape corresponding with the inner-wall surface of this leading section.

7. remover according to any one of claims 1 to 3, it is characterised in that,

Described suction head has the head base portion stretched out from described holding portion, and the head drum gone out to a direction drum from this base portion goes out portion.

8. remover according to claim 7, it is characterised in that,

Described head base portion relative to the length direction of described remover, along to described head drum go out portion drum go out direction tilt direction stretch out.

9. remover according to any one of claims 1 to 3, it is characterised in that,

Described holding portion, compared with described suction head, the outer size in described one relative direction to main wall portion is bigger.