JP3165385U - Massage roller - Google Patents

Abstract

A massage roller having a high massage effect is provided. The massage roller includes a first roller unit having a hexagonal prism group in which a plurality of hexagonal prisms are arranged so that an upper surface and a lower surface are adjacent to each other. A connection portion 30 is provided for holding the first roller portion 10 in a rotatable state. Hexagonal prism group, a plurality of hexagonal columns are arranged so that each of the vertices of the hexagon forming the upper surface of the plurality of hexagonal columns can be seen from the upper surface direction, and at least one or more of the wall surfaces of the plurality of hexagonal columns The black silica particles 15 are provided so as to protrude. [Selection diagram] Fig. 1

Description

  The present invention relates to a massage roller that rotates in a state where a roller portion is applied to a massage target region such as a face.

  Conventionally, like patent document 1, the massage roller provided so that the grain of a semiconductor might protrude on six wall surfaces is proposed.

JP 2008-118181 A

  However, since negative ions are released only in the contact portion of the semiconductor particles, the massage effect is not high except for the region in contact with the semiconductor particles in the massage target region. Moreover, the roller part is a monotonous shape of a substantially hexagonal column, and the massage effect is not high even in that there are few protrusions.

  Accordingly, an object of the present invention is to provide a massage roller having a high massage effect.

  The massage roller according to the present invention includes a first roller unit having a hexagonal column group in which a plurality of hexagonal columns are arranged adjacent to each other on an upper surface and a lower surface, and a connection unit that holds the first roller unit in a rotatable state. The hexagonal column group includes a plurality of hexagonal columns arranged so that each of the hexagonal vertices constituting the top surface of the plurality of hexagonal columns can be seen when viewed from above, and at least of the wall surfaces of the plurality of hexagonal columns One or more are provided so that the grains of black silica protrude.

  A plurality of hexagonal columns constituting a hexagonal column group are in a positional relationship in which a rectangular wall surface constituting the hexagonal column and a wall surface constituting the hexagonal column adjacent to the hexagonal column form a certain angle greater than 0 degrees, The vertices of the hexagons forming the upper and lower surfaces are arranged in a state of being slightly shifted.

  One of the black silica particles provided on the wall surface of the hexagonal column comes into contact with the massage target region by the rotation of the first roller portion.

  The wall surfaces on which the black silica particles are provided are in a positional relationship with a certain angle, and the line on which the black silica particles are arranged is not parallel to the rotation axis of the first roller portion. For this reason, it becomes possible to bring the black silica particles into contact with a wide area in the massage target region, compared with the form in which the black silica particles are arranged at equal intervals parallel to the rotation axis. Antibacterial action, negative ions emitted by black silica and far infrared rays can be spread over a wide area to be massaged.

  Negative ions and far-infrared rays emitted by black silica can affect not only the contact area but also the non-contact area around it. Compared to the form using germanium semiconductor, etc., it has a higher massage effect due to negative ions and far-infrared rays. Can be obtained.

  In addition, since a plurality of hexagonal columns constituting the hexagonal column group are arranged so that the vertices constituting the upper surface and the lower surface do not overlap each other, the line connecting the vertices of the upper surface and the vertices of the lower surface and the respective It is also possible to give a stimulus to the massage target area with the apex as a protrusion, and it is possible to obtain a high massage effect as compared with a form with few such protrusions.

  Preferably, the particles of black silica are any one of the adjacent hexagonal columns and are disposed on any one of the adjacent wall surfaces of the wall surfaces constituting the hexagonal column.

  In addition, preferably, it further includes a second roller portion that has a cylindrical portion and holds the connection portion in a rotatable state. The cylindrical portion is provided with a groove having a V-shaped cross section on the surface, and is seen from the side. The groove shows a sinusoidal waveform in the longitudinal direction, and when the first roller part is used, the second roller part is used as a grip part, and when the second roller part is used, the first roller part is Used as a gripping part.

  Due to the rotation of the second roller part, the wavy unevenness in the cylindrical part stimulates the massage target area, and it is possible to obtain a massage effect different from the case where the first roller part is applied to the massage target area.

  More preferably, the connection portion holds the first roller portion and the second roller portion in a state in which the distance between the first roller portion and the second roller portion can be changed.

  When one roller part is used, the other roller part is used as a gripping part, so the length of the gripping part and the roller part used for massage can be adjusted, and the first roller part and It is also possible to shorten the total length (length in the longitudinal direction) of the beauty massage roller 1 so that the second roller portion is brought closer and the connecting portion is hardly visible from the outside.

  The walls of the hexagonal columns are plated using platinum, gold, or titanium.

  When plating using platinum, gold, or titanium, the surface material is difficult to dissolve due to sweat, etc., and even if the first roller is applied to the skin, there is an advantage that metal allergy (allergic contact dermatitis) does not occur. is there.

  The massage roller according to the present invention includes a first roller portion having a polygonal column group in which a plurality of polygonal columns are arranged adjacent to each other on an upper surface and a lower surface, and a connection portion that holds the first roller portion in a rotatable state. The polygonal column group is arranged such that the plurality of polygonal columns are arranged so that each vertex of the polygon that forms the top surface of the plurality of polygonal columns can be seen when viewed from the top surface direction, and at least of the wall surfaces of the plurality of polygonal columns One or more are provided so that the grains of black silica protrude.

  As described above, according to the present invention, a massage roller having a high massage effect can be provided.

It is a massage roller in this embodiment, and is a side view which shows the state which the 1st roller part and the 2nd roller part left | separated. It is a side view which shows the state which the 1st roller part and the 2nd roller part approached.

  Hereinafter, the present embodiment will be described with reference to the drawings. The beauty massage roller in the present embodiment includes a first roller unit 10, a second roller unit 20, and a connection unit 30 provided between the first roller unit 10 and the second roller unit 20 (see FIG. 1). ).

  The connecting portion 30 is rotatable around a longitudinal rotation axis L1 in which the first roller portion 10, the connecting portion 30, and the second roller portion 20 are arranged, via a bearing or a spring (not shown), and The first roller unit 10 and the second roller unit 20 are held in a state where the distance between the first roller unit 10 and the second roller unit 20 can be changed.

  When one roller part (for example, the first roller part 10) is used, the other roller part (for example, the second roller part 20) is used as a gripping part. It is possible to adjust the length of the beauty massage roller 1 so that the first roller part 10 and the second roller part 20 are brought closer to each other and the connection part 30 is difficult to see from the outside. (The second telescopic state, see FIG. 2), and it is also possible to minimize it by bringing the first roller part 10 and the second roller part 20 into contact with each other. It is.

  As for the 1st roller part 10, the hexagonal column group (1st-6th hexagonal column 11a-11f) and the rounded spherical 1st front-end | tip part 12 are arranged in the longitudinal direction from the side close | similar to the connection part 30. Have a different shape. The first to sixth hexagonal columns 11a to 11f constituting the hexagonal column group are arranged in a positional relationship in which the upper surface or the lower surface is adjacent and the centers of the upper surface and the lower surface pass through the rotation axis L1. In addition, the hexagonal column in this embodiment is a hexagonal column which has the upper surface and lower surface of a substantially regular hexagon. Further, the hexagonal column group and the first tip portion 12 may be integrally formed, or may be formed by other methods such as combining the respective portions.

  Specifically, the lower surface (the upper side in FIG. 1 and the side closer to the second roller unit 20) of the first hexagonal column 11 a is adjacent to the connection unit 30. The upper surface of the first hexagonal column 11a (the lower side in FIG. 1 and the side far from the second roller portion 20) is adjacent to the lower surface of the second hexagonal column 11b. The upper surface of the second hexagonal column 11b is adjacent to the lower surface of the third hexagonal column 11c. The upper surface of the third hexagonal column 11c is adjacent to the lower surface of the fourth hexagonal column 11d. The upper surface of the fourth hexagonal column 11d is adjacent to the lower surface of the fifth hexagonal column 11e. The upper surface of the fifth hexagonal column 11e is adjacent to the lower surface of the sixth hexagonal column 11f. The upper surface of the sixth hexagonal column 11 f is adjacent to the first tip portion 12.

  In addition, the rectangular wall surface forming the hexagonal column and the rectangular wall surface forming the hexagonal column adjacent to the hexagonal column are in a positional relationship in which a certain angle greater than 0 degrees is formed, and the side where the tip 12 is located When the 1st roller part 10 is seen from, the 1st-6th hexagonal column 11a-11f is arranged so that each of the hexagonal vertex which comprises the upper surface of the 1st-6th hexagonal column 11a-11f can be seen. .

  For this reason, the 1st-6th hexagonal pillars 11a-11f which comprise a hexagonal prism group will be arranged in the state from which the vertex of the regular hexagon which comprises an upper surface and a lower surface shifted | deviated little by little.

  In addition, black silica (graphite silica) particles 15 protrude from each wall surface so as to be arranged at equal intervals in the longitudinal direction or the outer circumferential direction of the wall surface on some of the wall surfaces of the hexagonal columns constituting the first roller unit 10. It is provided as follows.

  For example, the black silica particles 15 are any one of the adjacent hexagonal columns, and are arranged on any one of the adjacent wall surfaces in the wall surface constituting the hexagonal column. Specifically, three wall surfaces of three non-adjacent hexagonal columns (in this embodiment, the second hexagonal column 11b, the fourth hexagonal column 11d, and the sixth hexagonal column 11f) that are not adjacent to each other, that is, nine The black silica particles 15 are provided on the wall surface so as to protrude from the wall surface, and the black silica particles 15 are not provided on the other wall surfaces.

  The second roller portion 20 has a shape in which a cylindrical portion 21 and a rounded second tip portion 22 having a round shape are arranged in the longitudinal direction from the side close to the connection portion 30. In addition, the cylindrical part 21 and the 2nd front-end | tip part 22 may be integrally shape | molded, and the form shape | molded by other methods, such as combining each part, may be sufficient.

  The cylindrical portion 21 is provided with a shallow groove having a V-shaped cross section on the surface, and shows a sinusoidal waveform in which the groove extends in the longitudinal direction when viewed from the side (the amplitude direction is a direction perpendicular to the longitudinal direction). Cut surface treatment.

  The portions of the first roller unit 10 other than the black silica grains 15 and the second roller unit 20 are made of a material that is platinum-plated on brass.

  In addition, the material of this part is not only brass coated with platinum coating, but also metal plated with platinum (pure platinum with a trace amount of 0.03% or less is desirable), pure gold plating, titanium ion plating, etc. It may have been processed. These surface portions, that is, the wall surfaces of the first to sixth hexagonal columns 11a to 11f constituting the first roller portion 10, the surface of the first tip portion 12, the column portion 21 constituting the second roller portion 20 and the second portion. If the surface of the tip 22 is plated using platinum, gold, or titanium, the surface material will not dissolve easily due to sweat or the like, and even if the first roller 10 or the second roller 20 is applied to the skin. There is an advantage that metal allergy (allergic contact dermatitis) hardly occurs.

  Next, the usage method of the beauty massage roller 1 is demonstrated. First, it has the 1st roller part 10 and the 2nd roller part 20, and makes it the state (1st expansion-contraction state, refer FIG. 1) that these space | intervals left | separated. The interval may be adjusted according to the user's preference.

  The 2nd roller part 20 is hold | gripped, the 1st-6th hexagonal pillar 11a-11f of the 1st roller part 10 is applied to massage object fields, such as a face, and the 1st roller part 10 is rotated. At this time, the connection part 30 hardly rotates due to friction with the second roller part 20, and the first roller 10 rotates.

  By rotation of the 1st roller part 10, any of the particle | grains 15 of the black silica provided in the wall surface of the 2nd hexagonal column 11b, the 4th hexagonal column 11d, and the 6th hexagonal column 11f contacts a massage object area | region.

  The wall surfaces provided with the black silica particles 15 are in a positional relationship with a certain angle, and the line L2 on which the black silica particles 15 are arranged is not parallel to the rotation axis L1. For this reason, compared with the form in which the black silica particles 15 are arranged at equal intervals parallel to the rotation axis L1, the black silica particles 15 can be brought into contact with a wide area in the massage target region. The antibacterial action, the negative ions emitted from the black silica, and the far-infrared rays can be spread over a wide area to be massaged.

  In particular, negative ions and far infrared rays emitted from black silica can affect not only contact sites but also non-contact regions around them, so that they are higher due to negative ions and far infrared rays than forms using germanium semiconductors. A massage effect can be obtained.

  In addition, since the six hexagonal columns are arranged so that the vertices constituting the upper surface and the lower surface do not overlap each other, the lines connecting the vertices of the upper surface and the vertices of the lower surface and the respective vertices are massaged as protrusions. It is also possible to give a stimulus to the target area, and it is possible to obtain a high massage effect as compared with a form with few such protrusions.

  Next, the 1st roller part 10 is hold | gripped, the cylindrical part 21 of the 2nd roller part 20 is applied to a massage object area | region, and a 2nd roller part is rotated. At this time, the connection part 30 hardly rotates due to friction with the first roller part 10, and the second roller 20 rotates. Due to the rotation of the second roller part 20, the wavy unevenness subjected to the diamond cutting process in the cylindrical part 21 stimulates the massage target area, and has a different massage effect from the case where the first roller part 10 is applied to the massage target area. It becomes possible to obtain.

  Further, a form in which the second roller part 20 is gripped, the first tip part 12 of the first roller part 10 is applied to a massage target region such as a chin, and the point is pressed is also conceivable. In this case, it is desirable to use the first roller part 10 and the second roller part 20 in a state where they are substantially in contact with each other. The first tip portion 12 is not provided with the black silica particles 15, but the black silica particles 15 are provided on the sixth hexagonal column 11 f near the first tip portion 12. The black silica particle 15 emits negative ions and far infrared rays regardless of the temperature state of the massage target region even if it is not in contact with the massage target region. It becomes possible to obtain a massage effect by negative ions and far infrared rays.

  In the present embodiment, the polygonal column constituting the first roller unit 10 has been described as a hexagonal column, but another polygonal column such as an octagonal column may be used.

  Moreover, about the length between the 1st roller part 10 and the 2nd roller part 20, both the 1st expansion-contraction state extended long like FIG. 1 and the 2nd expansion-contraction state extended short like FIG. Is in a three-stage state (contained state, not shown), and when changing from the second expansion / contraction state to the first expansion / contraction state or the storage state, it is necessary to pull or push in with a force stronger than usual (for example, If the lock mechanism is provided, the first roller portion 10 and the second roller are brought into the retracted state from the first telescopic state when the first telescopic state is changed to the retracted state. The possibility that a finger or the like is sandwiched between the unit 20 can be reduced.

DESCRIPTION OF SYMBOLS 1 Beauty massage roller 10 1st roller part 11a-11f 1st-6th hexagonal column 12 1st front-end | tip part 15 Black silica particle 20 2nd roller part 21 Cylindrical part 22 2nd front-end | tip part 30 Connection part L1 Rotating shaft L2 Black Line on which silica particles are arranged

Claims (6)

A first roller unit having a hexagonal column group in which a plurality of hexagonal columns are arranged adjacent to each other on the upper surface and the lower surface;
A connecting portion for holding the first roller portion in a freely rotatable state,
In the hexagonal column group, the plurality of hexagonal columns are arranged so that each of the hexagonal vertices constituting the upper surface of the plurality of hexagonal columns can be seen when viewed from the upper surface direction,
A massage roller, wherein at least one of the wall surfaces of the plurality of hexagonal columns is provided so that black silica particles protrude.   The grain of the black silica is any one of the adjacent hexagonal columns, and is disposed on any one of the adjacent wall surfaces in the wall surface constituting the hexagonal column. Massage roller. A second roller portion having a cylindrical portion and holding the connection portion in a rotatable state;
The cylindrical portion is provided with a groove having a V-shaped cross section on the surface, and the groove shows a sinusoidal waveform in the longitudinal direction when viewed from the side surface.
When using the first roller part, the second roller part is used as a gripping part,
The massage roller according to claim 1, wherein when the second roller unit is used, the first roller unit is used as a gripping unit.   The said connection part hold | maintains a said 1st roller part and a said 2nd roller part in the state which can change the distance of a said 1st roller part and a said 2nd roller part, The Claim 3 characterized by the above-mentioned. The described massage roller.   The massage roller according to claim 1, wherein the walls of the plurality of hexagonal columns are subjected to a plating process using any one of platinum, gold, and titanium. A first roller portion having a group of polygonal columns arranged such that a plurality of polygonal columns are adjacent on the upper surface and the lower surface;
A connecting portion for holding the first roller portion in a freely rotatable state,
In the polygonal column group, the plurality of polygonal columns are arranged so that each of the vertexes of the polygons constituting the upper surface of the plurality of polygonal columns can be seen when viewed from the upper surface direction,
A massage roller, wherein at least one of the wall surfaces of the plurality of polygonal columns is provided so that black silica particles protrude.

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