JP3208128U - Skin tension massager that can massage the narrow and wide surfaces of the skin - Google Patents

Abstract

The present invention provides a skin tension massager that can maintain firm skin due to skin tension. A handle 100 having a certain length and thickness that can be grasped by a hand, two branch shafts that are assembled at both ends of the handle 100 and separated by a certain angle, and a branch shaft that is rotatably mounted. A rotating shaft and a ball 400 mounted on the rotating shaft are each composed of a large ball 400a at one end and a ball 400b that is relatively smaller at the other end than a large ball mounted at one end. It is. In addition, a pair of balls 400a and 400b is provided at the tip of the handle 100 so as to be spaced apart and face each other at a fixed angle, and the user is attached to one of the tips on both sides. The egg 400 is selected and used. [Selection] Figure 1

Description

  The present invention relates to a skin massager that can maintain tensioned skin by pulling the skin, and in particular, it is possible to massage the narrow and wide surfaces of the face and skin simultaneously with one massager. It is about the massage device that comes to be.

  In general, various types of massagers are used for skin beautification, but most of these massagers are only rubbing while pressing the skin while the cylindrical roller is rolling when rubbing the skin. Rather than maintaining the elasticity of the skin, it is only something that focuses on improving blood circulation by releasing the tight part.

  However, the disadvantage of this is that if the degree of pressurization is strong or if it is repeatedly pressed in the same place, the capillary of the skin will tear and the part will be bluish or bruised or Skin side effects may occur.

  Therefore, recently, a ball-type skin massager for maintaining the skin elasticity by pulling the skin surface simultaneously with pressurization by rubbing with a rolling ball has been proposed.

  However, the structure of the rolled ball-shaped skin massager is such that a branch shaft with a fixed angle is formed on both sides only at one end of the handle, and a rotary shaft is attached to the branch shaft. If you wear circular balls to rub the skin and rub the skin, each circular ball is rotated in the opposite direction while pulling to the part of the epidermis or dermis that makes up the skin while doing massage It makes it possible to maintain elasticity.

  That is, the human epidermis is made up of a stratum corneum, a transparent layer, a granule layer, a spiny layer, and a basal layer that form the skin surface, and the elasticity of the skin surface can be maintained by massaging such a portion. It becomes like this.

  By the way, such a ball-shaped skin massager is a system in which a pair of balls is simply placed at the tip of the handle and massages, so the part that can be massaged is very specified by the size and interval of the balls, There is a restrictive problem that only a portion suitable for the size and interval of the balls can obtain a massage effect.

  Therefore, recently, other massagers have been proposed as massagers made with large balls by reducing the size of these balls and reducing their spacing, so that parts that cannot be massaged can be massaged. However, in such a case, you must always prepare two massagers, especially when you want to massage while moving due to traffic jams when moving by vehicle. There are inconveniences that must be exchanged and used. This is not only inconvenient to selectively use two at home, but also has many difficulties in storage and carrying. .

Korean registered utility model No. 200453658 Korean Public Utility Model No. 20-2010-0012926 Korean Published Patent No. 10-2013-0091622 Korean Registered Design No. 30-0787581

  Therefore, the present invention allows the handle to be taken conveniently even when used in both directions while allowing a large massage area and all narrow areas of the skin to be massaged with one massager. , So that there is no ball interference when using the handle.

  In addition, when assembling the ball at both ends of the handle, it is possible to detach the cover from the main body in which the inner space is formed so that the ball can be easily assembled. It is designed so that printing is possible on the upper surface of the sheet.

  In order to achieve the above object, the present invention provides a handle having a fixed length that can be held by a hand and a pair of balls having different sizes (diameters) at the front and rear ends of the handle and having different separation intervals. Are arranged in both directions.

  In addition, when the handle is held in both directions, the curved convex portion is formed so as to be separated on both sides of the extended portion in the state where the curved concave portion is formed at the center of the lower end of the handle so as to enable equal holding. By forming a curved bent portion, the handle can be held in an equal form when massaged in both directions.

  In addition, by forming an inner space in the main body having a curved bent portion at the lower end and covering and fixing the inner space with a flat cover, balls can be attached to both ends of the handle. In addition to making it easy, various designs can be provided.

  Also, the balls assembled at both ends of the handle can be assembled in an equally divided state as well as an integrated type, so that various balls can be used, and of course, eccentric rotation is possible. It is.

  Therefore, according to the bidirectional massager of the present invention, when trying to massage a body part of a relatively large area such as a thigh, an abdomen, etc. with a handle, a relatively large ball is used. If you want to massage and massage a body part of a small area that corresponds to a local part such as the nose or finger, you can massage using a relatively small ball, so the parts that can be massaged are limited It has the advantage of being able to massage most parts of the body without being done.

  In addition, since the skin is massaged in different parts with different pressures using balls having different sizes and separation intervals, the user's diverse needs can be satisfied and the skin can be further stimulated to have a massage effect Can be doubled.

  In addition, it is always possible to have a stable and equal holding when massaged using balls in both directions by the curved bent part with the curved convex part extended on both sides around the central curved concave part at the lower end of the handle become.

  In addition, the handle is formed so that the part where the large ball is formed is thicker than the part where the relatively small ball is formed, and the handle is slightly equal to the ball at both ends when the balls at both ends are placed on the bottom surface. When the balls at both ends are selectively used due to the streamlined shape of the cover and the shape of the cover is almost horizontal, the balls at both ends are always in close contact with the palm even if the handle is not in place By doing so, it is possible to pursue convenience by using it while always maintaining the same grip feeling.

  In addition, by making it possible to use the cover of the handle with various materials, it becomes possible to provide products with various designs by ease of printing as well as various hues and designs.

  Also, assembling the balls so that they are equally divided, changing the assembling angle to enable eccentric rotation of the balls, so that the tension force can be changed naturally strong and weak, so that the massage effect is enhanced By providing a protruding frame on such an equally divided ball, it is possible to increase the massage effect as well as prevent pinching.

1 is an external perspective view according to a first embodiment of the present invention. It is an external perspective view according to a second embodiment of the present invention. It is an exploded view of the ball of the present invention. It is a side view of the massage device of the present invention. It is the top view which showed the space | interval and magnitude | size of the ball | bowl formed in the both ends of this invention. It is a perspective view which shows a mode that the ball of this invention was assembled. 1 is an exploded perspective view according to an embodiment of the present invention. It is an expanded sectional view of the curved bending part comprised at the lower end of the handle of the present invention. It is the external appearance perspective view which showed the other Example of the ball | bowl of 2nd Example of this invention. It is the external appearance perspective view which showed the other Example of the ball | bowl of 2nd Example of this invention. It is sectional drawing which showed a mode that the pinching frame was comprised in the ball. It is sectional drawing which showed a mode that the pinching frame was comprised in the ball. It is the bottom view which showed a mode that it was hold | gripped by the curved bending part of this invention. It is the side view which showed a mode that it was hold | gripped by the curved bending part of this invention. It is the side view which showed a mode that it was hold | gripped by the curved bending part of this invention.

  Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

  1 and 2 show one embodiment of the present invention, showing various forms of balls mounted on both ends of the handle, and FIG. 3 shows different sizes on both ends of the handle. FIG. 4 shows an embodiment in which balls are assembled to the handle, and FIG. 5 shows that the handle is provided with an inner space. FIG. 6 is an enlarged view showing a state where a curved bent portion is formed at a lower end of the handle, and FIG. FIG. 8 shows another embodiment of the ball mounted on both ends of the handle in the second embodiment of the invention, and FIG. 8 shows that the handle of the present invention is formed so as to be gradually narrowed from one side to the other side. Shows a state of being gripped with a finger by a curved bend formed only at its lower end. It is intended.

  As shown in the figure, the structure of the present invention includes a handle 100 having a certain length and thickness that can be grasped by a hand, two branch shafts 200 assembled at both ends of the handle 100 and separated by a certain angle, and A rotating shaft 300 rotatably mounted on the branch shaft 200 and a ball 400 mounted on each of the rotating shafts 300 have a large ball 400a at one end and a large ball mounted at the one end at the other end. It is made with a relatively smaller ball 400b.

  The balls 400 are provided as a pair so that the two balls are separated from each other at a certain angle and opposed to each other at the front end of the handle. A pair of the balls are arranged at the both ends of the handle 100 so that the user can select and use a ball mounted on one of the ends on both sides.

  For example, if the ball separation space is made relatively wide, the stratum corneum, the transparent layer, the granule layer, the spiny layer and the basal layer that form the skin surface can be accommodated as well as the fat layer inside the skin. If it can be massaged while the width of the ball separation space is relatively narrow, only a part of the skin and many layers inside the skin can be massaged intensively.

  The handle 100 is formed of a main body 110 having a predetermined length and having an inner groove 111 and a cover 120 that covers the inner groove 111 of the main body 110.

  Further, a logo is provided on the surface of the cover 120 by printing, and the handle 100 to which the cover 120 is coupled is formed with a relatively small ball 400b in a portion where the ball 400a having a large thickness is formed. The thickness of the handle 100 is gradually increased, and the handle 100 is slightly above the balls at both ends with the balls 400a and 400b at both ends placed on the bottom surface. The cover 120 is formed so as to protrude in the same manner, and the shape of the cover 120 is formed in a substantially streamlined shape.

  Accordingly, when selectively using the balls 400a and 400b at both ends, the balls 400a and 400b at both ends are always naturally in the palm of the hand even when the handle 100 is held at the same position without being held at the same position. It is possible to pursue convenience at the time of use by always using it while maintaining the same gripping feeling by making it closely contact.

  For example, when the middle finger, the ring finger, and the little finger are in close contact with the curved bent portion 130 of the handle 100 and the index finger is used while pressing the upper surface of the cover 120 while the thumb is in close contact with the side surface of the main body 110. This makes it possible to feel the convenience of use and the precision of pressurization.

  A curved concave portion 131 having a concave central portion is formed at the lower end of the main body 110 of the handle 100 so as to have a sense of stability when held by a finger, and the bulge is extended while being extended on both sides thereof. When the curved bent portion 130 is formed, and the curved finger 132 is held at the same position, when the finger is held by the finger, the middle finger is positioned in the curved concave portion 131 while the ring finger is curved. The ascending curve 132a forming the 132 has a little finger that is positioned on the descending curve 132b, so that it has a particularly stable feeling grasped by a hand when a large ball and a small ball are selectively used. It is possible to prevent sliding without leaving a hand when massaging.

  In addition, when the cover 120 forming the surface of the handle 100 is streamlined as described above and is gripped by the hand, it can be prevented from slipping by the curved bent portion 130 while maintaining smoothness. It will be.

  The handle 100 includes a main body 110 and a cover 120. The main body 110 has an internal space to facilitate assembly of the branch shafts 200 attached to both ends of the handle. In the case of assembling so as to cover the space, a reinforcing portion for assembling rigidity and safety is formed.

  The ball 400 in the present invention may be formed in a substantially spherical shape or may be formed in an oval oval shape, and the ball is an integral type or as described later. It can be used in a separate type.

  The separation type ball used in the present invention has a structure in which it is divided into an upper body 420 and a lower body 440 that are substantially hemispherical, and the upper body 420 and the lower body 440 are assembled. If the boundary surface (γ) formed is inclined, the ball axis (β) of the ball 400 can be mounted so as to be inclined with respect to the rotation axis (α) of the rotation shaft 300.

  That is, if the shape of the lower body 440 is formed in a hemispherical shape and the shape of the hemispherical shape is inclined on one side, the upper body 420 can be formed without being inclined. Since the assembly is made so that the boundary surface (γ) where 420 and the lower body 440 are assembled is inclined without being orthogonal to the rotation axis (α) of the rotation shaft 300, the ball rotates with the ball mounted eccentrically. To come.

  In addition, the ball 400 can be formed by dividing the upper body 420 or the lower body 440 so that a reinforcing portion 460 corresponding to an external pressure can be formed on the inner wall of the ball 400, although the reinforcing portion 460 is formed. The ease of molding can be provided.

  The reinforcing portion 460 may be reinforced by forming a plurality of ribs 462 radially along the inner wall of the upper body 420 or the lower body 440, or a tube inside the upper body 420 and the lower body 440. The body 464 is formed, and the tube body 464 is formed to be fixed to the inner walls of the upper body 420 and the lower body 440 by the rib meat 462, so that reinforcement can be performed.

  At this time, the reinforcing part may be selectively formed on the upper body 420 or the lower body 440 or may be formed on all of the upper body 420 and the lower body 440.

  On the other hand, the ball 400 that is divided and assembled is further provided with a protruding frame 480 for increasing the massage effect while preventing the skin from being bitten by the boundary portion where the upper body 420 and the lower body 440 are joined. It is provided.

  At this time, the protruding frame 480 is formed so as to protrude further relative to the surface of the ball 400 so that the skin is not directly rubbed at the boundary portion where the upper body 420 and the lower body 440 are joined. The protrusion frame 480 can be integrally formed on one side of the upper body 420 or the lower body 440, or the upper body 420 and the lower body 440 can be assembled using a separate sandwich frame 482. It can be assembled at the boundary.

  In the present invention, when the protruding frame 480 is integrally formed on one side of the upper body 420 or the lower body 440, the meshing step jaws 422 and 442 are formed so as to correspond to the upper body 420 and the lower body 440, respectively. However, the upper body 420 and the lower body 440 are assembled tightly without generating a gap at the boundary surface where the upper body 420 and the lower body 440 are assembled. When the ring-shaped sandwiching frame 482 is formed between the body 440 and the assembly part of the upper body 420 and the lower body 440, the assembly part is configured to be symmetric with respect to the upper and lower sides of the sandwiching frame 482. Each step jaw can be provided so that it may be assembled | attached on both sides.

  At this time, the insertion frame 482 is formed with recesses 484 that are recessed in the upper and lower sides, and the upper body 420 and the lower body 440 in which the sandwiching frame 482 is assembled are inserted in the insertion grooves. If the protruding surfaces 424 and 444 that protrude so as to be inserted into the 484 are formed, there is no gap at the boundary surface where the upper body 420, the sandwiching frame 482 and the lower body 440 are assembled. Can be assembled.

  In addition, when the upper body 420 and the lower body 440 are assembled so as to be engaged with each other, or when the upper body 420 and the lower body 440 are assembled using the sandwiching frame 482, the assembly portion is more firmly assembled. However, it is possible to provide cushioning even when the protruding frame is compressed when massaged, as well as ensuring airtightness by installing the packing so that sealing is done. Is.

DESCRIPTION OF SYMBOLS 100 Handle 110 Main body 111 Inner groove | channel 120 Cover 130 Curved bending part 131 Curved recessed part 132 Curved convex part 132a Ascending curve 132b Declining curve 200 Branch axis 300 Rotating axis 400 Ball 400a Large ball 400b Small ball 420 Upper body 422 Engagement step jaw 424 Projection surface 440 Lower body 442 Engagement step jaw 444 Projection surface 460 Reinforcement part 462 Rib meat 464 Tubular body 480 Projection part 482 Clipping frame 484 Internal groove

Claims (8)

A handle 100 having a length and a thickness that can be gripped by a hand, two branch shafts 200 assembled at both ends of the handle 100 and separated by a certain angle, and rotatably mounted on the branch shaft 200 In the rotating shaft 300 and the ball 400 mounted on the rotating shaft 300 are mounted so as to be separated by a certain angle,
The ball is composed of a large ball 400a at one end of the handle and a ball 400b relatively smaller than the large ball attached to the one end at the other end.
The handle 100 includes a main body 110 having an inner insertion groove 111 formed long with a predetermined length, and a cover 120 that covers the inner insertion groove 111 of the main body 110.
Printing is possible on the surface of the cover 120, and the handle to which the cover 120 is coupled is formed such that a portion where a ball having a large thickness is formed is gradually thicker from a portion where a relatively small ball is formed. Is formed to be
The handle 100 is formed so as to protrude slightly above the balls at both ends when the balls at both ends are placed on the bottom surface, and the shape of the cover 120 is formed in a streamlined shape in an almost horizontal state. A skin tension massager that can massage the narrow and wide surfaces of the skin.   The lower end of the handle body with the balls attached to both ends is formed with a curved dent part with a concave center part so that it has a sense of stability when held with a finger, so that it bulges while extending on both sides The skin tension massage device capable of massaging a narrow surface and a wide surface of the skin according to claim 1, wherein a curved bent portion having a curved convex portion is formed. The balls are divided and formed into an upper body 420 and a lower body 440 that are substantially hemispherical,
A boundary surface (γ) for assembling the upper body 420 and the lower body 440 is formed to be inclined, and eccentric so that the spherical axis (β) of the ball 400 is inclined with respect to the rotational axis (α) of the rotating shaft 300. The skin tension massage device capable of massaging a narrow surface and a wide surface of the skin according to claim 1 or 2, wherein the skin is massaged. When the ball 400 is divided into an upper body 420 and a lower body 440, a reinforcing portion 460 for accommodating external pressure is formed on the inner wall of the ball 400,
The reinforcing portion 460 has a plurality of ribs 462 formed radially along the inner wall of the upper body 420 or the lower body 440, or forms a tube 464 inside the upper body 420 and the lower body 440, and the tube The skin capable of massaging a narrow surface and a wide surface of the skin according to claim 3, wherein the body 464 is formed to be fixed to inner walls of the upper body and the lower body by rib meat 462. Tension massager. The ball 400 that is divided and assembled is further provided with a protruding frame 480 for increasing the massage effect while preventing the skin from being bitten by the boundary portion where the upper body 420 and the lower body 440 are joined. And
The protrusion frame 480 is formed to protrude relative to the surface of the ball 400 so that the skin is not directly rubbed at a boundary portion where the upper body 420 and the lower body 440 are joined. A skin tension massager capable of massaging the narrow and wide surfaces of the skin described in 1. The protruding frame may be assembled at the boundary between the upper body 420 and the lower body 440 assembled in the form of a separate sandwiching frame 482,
6. The narrow surface of the skin according to claim 5, wherein an assembly part is configured to be symmetrical on the upper side and the lower side of the sandwiching frame, and each step jaw is provided so as to be assembled by sandwiching. Skin tension massager that can massage face and wide area.   The sandwiching frame 482 is formed with recessed grooves 484 on the upper and lower sides, and the sandwiching frame 482 is inserted into the inserted groove 484 in the upper body 420 and the lower body 440 to be assembled. The projecting surfaces 424 and 444 that protrude like a puff are formed so that the upper body 420, the sandwiching frame 482, and the lower body 440 are assembled tightly without generating a gap in the boundary surface where they are assembled. The skin tension massage device capable of massaging a narrow surface and a wide surface of the skin according to claim 6.   When the upper body 420 and the lower body 440 are assembled so as to be engaged with each other, or when the upper body 420 and the lower body 440 are assembled using the sandwiching frame 482, the assembly portion is more firmly assembled. The skin tension massage device capable of massaging a narrow surface and a wide surface of the skin according to claim 5 or 6, wherein the packing is mounted so as to be sealed.