KR200451018Y1 - rotate type puff - Google Patents

Abstract

The present invention relates to a rotary puff, a puff reel (110) in a state in which fabric paper is wound, a coaxial shaft (120) supporting rotation of the puff reel and rotating only in one direction, and a puff supported on the coaxial shaft A cover having a driven shaft for winding the fabric of the reel, a first boss and a second boss for supporting the driving shaft and the driven shaft respectively, and a rotary knob connected to the driving shaft through the first boss; A housing having a drawer slit and an inlet slit formed therein with a space formed therein to accommodate the prime shaft and the driven shaft, the cover being inserted and fixed to one side, and having the textile paper wound around the prime shaft being driven from the prime shaft; A rotatable puff is provided that includes a cushioning cover that wraps and has a cutout formed in each of the positions corresponding to the drawout slit and the inlet slit so that the fabric passes through the drawout slit and the inlet slit. . Accordingly, the user can make the makeup beautiful because the fabric paper contaminated with color cosmetics or foreign substances can be wound on the driven shaft installed in the housing, and the fabric paper wound on the puff reel can be pulled out in the housing in a clean state without contamination. It can be, and has the effect of preventing secondary contamination of the cosmetic stored in the cosmetic container.

Puff, Winding, Replacement, Tint Cosmetics, Contamination

Description

Rotary puff

The present invention relates to a rotary puff, and more particularly, it is possible to store the puff in the form of a roll and to replace it with a clean, unpolluted puff by rotating the puff so that it can be replaced with a new puff if the puff is in use. It relates to a rotary puff.

In general, women wear makeup using cosmetics to make their faces look bright and beautiful. Such cosmetics may be classified into basic cosmetics, makeup cosmetics, hair cosmetics, fragrances, and medicinal cosmetics according to their functions. The cosmetics are classified into creams, powders, and liquids according to their conditions. Store in a container appropriate for the condition.

In particular, cosmetics, such as foundations used as a makeup base, mix the ingredients such as binders and emulsifiers with the color powder raw materials, melt and cool at a predetermined temperature, and put the contents in a cosmetic container such as a foundation case. It is produced as a finished product. Such foundation should be applied evenly to the area to be applied (face or exposed skin) without clumping and applied in a close sense, as well as to make up by touching to satisfy the emotional feeling, which is used as a cosmetic puff. )to be.

The puff is made of cotton, sponge, foamed NBR, polyester, nylon, acrylic or acetate, and is of a resilient pad type. The puff is generally stored with a cosmetic container or made of fabric paper such as cloth or cloth. A separate container is provided and is carried along with the compact in a state in which a puff is stored in the container.

Conventional puffs as described above are mostly made in the form of a circle, a square and have a predetermined thickness. The puff is formed on the plane of the user's finger can be hooked, the powder-like cosmetics on the bottom is applied to the user's skin. In addition, a cushion member is provided between the upper surface and the lower surface of the puff to satisfy the emotional feeling when the cosmetic is applied to the bottom surface of the puff and knocked on the skin.

However, the conventional puffs as described above are limited to the bottom surface of the surface in which the cosmetics are buried, and the bottom surface of the puff is seriously contaminated when the puff is used for a long time. In other words, users often apply cosmetics that match the color of their skin to the skin, so that various colors of cosmetics are contaminated by puffs and oily foreign substances such as sebum generated from the skin while applying cosmetics to the skin. It will be buried in the puff.

In this way, the puff is contaminated with various colors of cosmetics and foreign substances such as sebum, so that when the cosmetic is buried in the puff, the cosmetic does not adhere well to the puff, making makeup difficult, and the contamination of the puff contaminates the cosmetic stored in the cosmetic container. There is a problem that causes secondary pollution.

The present invention is to solve the problems as described above, if the puff is contaminated by cosmetics and foreign matters by providing a rotary puff that can always use clean puffs by simply replacing the surface where the cosmetics or foreign matters are buried. have.

In the technical idea of the present invention for achieving the above object, a circle that rotates in one direction while supporting the rotation of the puff reel 110 and the puff reel 110, the fabric paper 112 is wound Rotates the coaxial shaft 120 and the driven shaft 130 winding the fabric paper 112 of the puff reel 110 supported by the coaxial shaft 120, and the coaxial shaft 120 and the driven shaft 130, respectively. A cover 140 having a first boss 142 and a second boss 144 to support, and a rotary knob 150 connected to the cylindrical shaft 120 through the first boss 142, A fabric is formed in the interior to accommodate the driving shaft 120 and the driven shaft 130, the cover 140 is inserted and fixed to one side, the textile paper 112 is wound from the driving shaft 120 to the driven shaft 130 ) Is a housing 160 formed with a drawout slit 162 and a drawout slit 164 to enter and exit, the fabric surrounding the housing 160 and passed through the drawout slit 162 and the drawout slit 164 Is achieved by the rotary puff including a cutting gap buffer cover 170, 172 is formed in a position respectively corresponding to the take-off slits 162 and the inlet slit 164. 112 is to pass.

Here, a ratchet gear 122 is formed on the driving shaft 120 so as to have a direction to the rotation of the driving shaft 120, and a stopper on the first boss 142 supporting the rotation of the driving shaft 120. It is preferable that the 124 is formed so that the ratchet gear 122 and the stopper 124 are engaged with each other.

In addition, locking grooves 132 and 148 are formed in the inner diameter of the driven shaft 130 and the inner diameter of the second boss 144, and each of the locking grooves 132 and 148 is formed with locking projections 182 at both ends. It is preferable that the spiral spring 180 is fixed.

On the other hand, in another technical idea of the present invention for achieving the above object, the puff reel 110 and the puff reel 110 in a state in which the textile paper 112 is wound, the rotation of the puff reel 110 and the driving gear 222 ) Is formed with a driven shaft 220, a driven shaft 230 wound around the fabric paper 112 of the puff reel 210 supported on the driven shaft 220, the driven gear 232 is formed, and the driven shaft ( A first through hole 242 and a second through hole 244 are formed to support the rotating shaft 220 and the driven shaft 230, respectively, and the rotation is connected to the driving shaft 220 in the first through hole 242. A cover 240 through which the knob 250 is installed, and the driving gear 222 and the driving gear 232 formed on the driving shaft 220 and the driven shaft 230 respectively engage the rotation of the driving shaft 220. A transmission gear 260 installed in the cover 240 to transmit to the driven shaft 230, and a space formed therein to accommodate the driving shaft 220 and the driven shaft 230, the cover 240 is Work A housing 160 formed with a pull-out slit 162 and a draw-in slit 164 inserted into and fixed to the textile paper 112 wound into the driven shaft 230 from the driving shaft 220, and the inlet slit 164. A buffer cover having a cutout 172 formed in each of the positions corresponding to the withdrawal slit 162 and the inlet slit 164 so as to pass through the fabric paper 112 passing through the withdrawal slit 162 and the inlet slit 164. A rotary puff comprising 170 is achieved.

Here, the transmission gear 260 is preferably installed on the cover 240 so that the driving shaft 220 and the driven shaft 230 has the same rotation ratio.

In addition, a fixed ratchet gear 246 is formed around the first through hole 242 of the cover 240 facing the motive gear 222 so as to have a direction to the rotation of the cylindrical shaft 220, the fixed ratchet Preferably, the stopper 224 is formed on the side surface of the gear 246 and the corresponding prime mover gear 222 so that the fixed ratchet gear 246 and the stopper 224 mesh with each other.

On the other hand, in another technical idea of the present invention for achieving the above object, the puff reel 110 and the puff reel 110 of the wound state of the textile paper 112 is supported, and the driving gear 322 ) Is formed with a driven shaft 320, a driven shaft 330 wound around the fabric paper 112 of the puff reel 110 supported on the driven shaft 320 and the driven gear 332, and the driven shaft ( A first through hole 342 and a second through hole 344 for rotating and supporting the 320 and the driven shaft 330, respectively, are formed, and the rotation is connected to the driving shaft 320 in the first through hole 342. The rotation of the prime shaft 320 is engaged with the cover 340 through which the knob 350 is installed, and the prime gear 322 and the driven gear 332 formed on the prime shaft 320 and the driven shaft 330, respectively. Timing belt 360 to be transmitted to the driven shaft 330, and a space formed therein to accommodate the drive shaft 320 and the driven shaft 330, the cover 340 is inserted and fixed to one side, A housing 160 formed with a drawout slit 162 and a drawout slit 164 into and out of the textile paper 112 wound around the shaft 330 on the driven shaft 330; and a wrap-out slit 162 surrounding the housing 160; And a buffer cover 170 having a cutout groove 172 formed at each of the positions corresponding to the withdrawal slit 162 and the inlet slit 164 so that the fabric 112 passes through the inlet slit 164. Achieved by puffs.

Rotating puff according to the present invention, when the tissue paper in contact with the user's skin is contaminated with cosmetics or foreign substances, the user can make up by removing the clean tissue paper unpolluted by operating the rotary knob connected to the puff reel I can be beautiful.

In addition, when the cosmetic paper is smeared with cosmetics for makeup, when the tissue paper is contaminated with various colors of cosmetics or foreign substances, by using the clean tissue paper stored in the housing, it is used to prevent secondary contamination of the cosmetics stored in the cosmetic container. Since cosmetics with unique colors stored in cosmetic containers are not contaminated with other colors, they can always be applied to make-up cosmetics with vivid colors.

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

First embodiment

1 is a perspective view showing a first embodiment of a rotary puff according to the present invention, Figure 2 is an exploded perspective view showing a state in which the roll puff is stored in the buffer cover of the first embodiment according to the present invention.

Referring to the drawings, the rotary puff 100 of the first embodiment according to the present invention is provided with a buffer cover 170 that is largely easy for the user to grip and can satisfy the emotional feeling when using the puff, the buffer cover Inside the 170, a housing 160 in which the puff reel 110 wound around the thin fabric paper 112, which comes into contact with the user's skin, is embedded.

In other words, the buffer cover 170 is formed of a resilient pad type made of cotton, sponge, foamed NBR, polyester, nylon, acrylic, acetate, and the like, and the housing 160 is embedded therein so that the puff reel 110 may be formed. One end of the fabric paper 112 wound around the fabric paper 112 is drawn out from the housing 160 to expose the fabric paper 112 to a surface of the outer surface of the buffer cover 170 which contacts the skin of the user.

As described above, the shock absorbing cover 170 is formed in a pad type, and an accommodation space 176 is formed in which the housing 160 is embedded. In addition, the both sides of the buffer cover 170, the cutting paper 112 is drawn out from one side of the housing 160 is exposed to the outer surface of the buffer cover 170 and the incision groove so that it can be drawn to the other side of the housing 160 ( 172 is formed, and the through hole 174 is formed so that the rotary knob 150 installed in the housing 160 can be exposed to the outside of the buffer cover 170.

In addition, an adhesive is applied to a surface of the storage space 176 of the shock absorbing cover 170 in which the housing is in contact with the outer surface of the housing 160 to fix the shock absorbing cover 170 and the housing 160. 160 is fixed to the shock absorbing cover 170 or in some cases the cover 140 is inserted into the opening 166 formed on one side of the buffer cover 170, preferably one side of the housing 160 is fixed A zipper (not shown) may be formed to open the interior of the buffer cover 170 in a direction, or a velcro (also known as a squeak) may be formed.

Figure 3 is an exploded perspective view showing a housing of the first embodiment according to the present invention, Figure 4 is a cross-sectional view taken along line A-A of FIG. Referring to the drawings, as described above, the housing 160 embedded in the shock absorbing cover 170 has a space that can accommodate the puff reel 110 wound around the fabric paper 112 therein. The housing 160 has a substantially hollow rectangular shape but has an opening 166 open at one side thereof, and a cover 140 to be described later is inserted into and fixed to the opening 166.

In addition, at both ends of the housing 160, a draw slot 162 and a draw slot 164 are formed, through which the paper 112 wound around the puff reel 110 accommodated in the housing 160 is drawn out and drawn in. The outlet slot 162 and the outlet slot 164 are formed to extend from the opening 166 to the other side of the housing 160.

The reason for this is that when the fabric paper 112 wound on the puff reel 110 is newly replaced or the puff reel 110 is installed inside the housing 160 during the manufacturing process, the front end of the fabric paper 112 is puff reel 110. This is to facilitate the winding on the driven shaft 130 located on the other side of the).

That is, when the draw-out slot 162 and the draw-in slot 164 extend from the opening 166 of the housing 160, the fabric paper 112 wound around the puff reel 110 is disposed on the side of the housing 160. The outlet slot 162 and the outlet slot 164 extending through the opening 166 may be interposed therebetween.

In addition, a support protrusion for supporting rotation of the driving shaft 120 and the driven shaft 130 in which the puff reel 110 is installed inside the housing 160 corresponding to the opening 166 formed at one side of the housing 160 ( 167 is formed, respectively, the first boss 142 and the second boss 144 formed on the support protrusion 167 and the cover 140 to be described later and the front end of the driven shaft 120 and the driven shaft 130 and Is inserted into the inner diameter of the proximal end to support the rotation of the primary shaft 120 and the driven shaft 130.

In addition, the material of the housing 160 is made of a synthetic resin that can exhibit a certain degree of restoring force by rubber or elasticity has a cushioning feeling of the conventional puff, from which the user will use the rotary puff 100 Emotional feeling can be satisfied.

At this time, if the housing 160 made of rubber or synthetic resin can withstand the deformation of the housing 160 by the tension formed on the fabric paper 112 between the driving shaft 120 and the driven shaft 130 does not occur It will be enough.

Meanwhile, the cover 140 inserted into and fixed to the opening 166 of the housing 160 has a shape that is fitted to the opening 166 of the housing 160, and the cover shaft 140 of the driving shaft 120 and the driven shaft 130 is fixed. First boss 142 and second boss 144 that support rotation are formed. The first boss 142 is formed with a stopper 146 meshed with the ratchet gear 122 formed in the inner diameter of the driving shaft 120 to have a directionality when the driving shaft 120 is rotated, the second boss 144 is formed with a locking groove 148 for fixing the spiral spring 180 is installed on the driven shaft 130.

In addition, the outer surface of the cover 140 is provided with a rotary knob 150 that is connected to the drive shaft 120, the rotary knob 150, as shown in the figure (see Fig. 1) the rotation A handle 152 may be formed to allow the user to easily grip and rotate the knob 150, or in some cases, a plurality of slots may be formed along the circumferential surface of the rotary knob 150 to allow the user to rotate the knob 150. When gripping and rotating the user's hand is prevented from slipping.

The driving shaft 120 connected to the rotation knob 150 has a cylindrical shape having a substantially hollow shape, and each of the front end and the base end of the driving shaft 120 has a support protrusion 167 formed inside the housing 160. Rotationally supported by the first boss 142 formed on the cover 140.

Here, the ratchet gear 122 is formed in the inner diameter of the cylindrical shaft 120 that is rotationally supported by the first boss 142, the stopper 146 and the ratchet gear 122 formed on the first boss 142 described above. When the driving shaft 120 is rotated so as to have a directionality to the rotation of the driving shaft (120). For example, the ratchet gear 122 and the stopper 146 are mutually prevented to prevent the rotating shaft 120 from being arbitrarily rotated, to allow the rotating shaft 120 to rotate forward and to prevent reverse rotation. It is formed to engage.

Here, the stopper 146 formed on the first boss 142 and the ratchet gear 122 formed on the driving shaft 120 are the front end and the driving shaft 120 of the first boss 142 as shown in the drawing. In some cases, the stopper 146 is formed on the inner surface of the cover 140 adjacent to the first boss 142, and the ratchet gear 122 is formed on the inner shaft 120. The structure may be changed to be formed in the outer diameter and to be engaged with each other.

In addition, the ratchet gear 122 and the stopper 146 which are installed to have a directional direction to the rotation of the drive shaft 120, any one of the ratchet gear 122 and the stopper 146 is separated and the rotation of the drive shaft 120 You can freely. For example, the ratchet gear formed on the inner diameter of the driving shaft 120 or the ratchet gear 122 formed on the outer diameter of the driving shaft 120 is pulled by the rotation knob 150 connected to the driving shaft 120 in the axial direction. The stopper 146 may be detached from the stopper 146 or, conversely, the stopper 146 may be detached from the ratchet gear 122 so that the ratchet gear 122 and the stopper 146 are engaged with each other to release the coaxial shaft. The rotation of 120 can be made free.

In addition, a puff reel 110 wound around the fabric paper 112 is fixed to an outer diameter of the drive shaft 120 that is rotationally supported by the first boss 142 of the cover 140 to rotate the drive shaft 120. Accordingly, the fabric paper 112 is released from the puff reel 110 to have a structure wound around the driven shaft 130 provided on the other side of the driving shaft 120.

In particular, the spiral shaft 180 is installed to generate tension in the driven shaft 130 to wind the textile paper 112 supplied from the puff reel 110 to the driven shaft 130. The spiral spring 180 is installed. At both ends of the), the engaging projections 182 and 184 having a bent shape are formed, and the engaging spring 148 is formed in the driven shaft 130 corresponding to the engaging projection 182, thereby forming the spiral spring 180. Each of the locking protrusions 182 and 184 formed at both ends of the upper and lower ends thereof is fixed to the locking groove 132 formed on the driven shaft 130 and the locking groove 148 formed on the second boss 144.

In other words, the spiral spring 180 is a spirally wound metal plate is wound in a spiral shape, the end of the spiral spring 180, the end of the protrusion 182 is wound on the second boss 144 is formed The locking protrusion 184 of the other end fixed to the locking groove 148 and wound to the outside of the spiral spring 180 is fixed to the locking groove 132 formed on the driven shaft 130. Accordingly, by the elastic restoring force of the spiral spring 180 installed between the driven shaft 130 and the second boss 144, the driven shaft 130 has a rotation moment to be rotated forward or reverse, so that the puff reel ( The textile paper 112 supplied from 110 is automatically wound up.

However, the spiral spring 180 installed between the driven shaft 130 and the second boss 144 may be variously modified without being limited thereto. For example, in the drawing, a ratchet gear 122 and a stopper 146 are installed at the primary shaft 120 and the first boss 142, and a spiral spring () is provided at the driven shaft 130 and the second boss 144. Although 180 is illustrated as being installed, in some cases, a spiral spring 180 is installed on the driving shaft 120 and the first boss 142, and the driven shaft 130 and the second boss 144 are installed. The ratchet gear 122 and the stopper 146 may be installed.

The rotary puff 100 according to the first embodiment having the configuration as described above will be described with reference to FIG. 5.

Figure 5 is a side cross-sectional view showing a state of use of the rotary puff according to the present invention. Referring to the drawings, one end of the textile paper 112 wound on the puff reel 110 is a cutout slit 162 of the housing 160 and a cutout groove 172 of the buffer cover 170 adjacent to the takeout slit 162. In this state, one end of the textile paper 112 is drawn through the inlet slit 164 of the housing 160 and the incision groove 172 of the buffer cover 170 adjacent to the inlet slit 164. After the end of the textile paper 112 is wound around the driven shaft 130, the textile paper 112 exposed to the outside of the buffer cover 170 between the cut grooves 172 formed at both ends of the buffer cover 170 maintains a taut state. Done.

In this way, the textile paper 112 exposed between the two cut grooves 172 of the buffer cover 170 is used after the color paper, such as a foundation buried in the fabric paper 112, the cosmetic paper color stored in the cosmetic container ( A buffer cover 170 having resilience by elasticity is provided on the back surface of the fabric paper 112 when it is buried in the cloth 112, thereby closely contacting the fabric paper 112 to the surface of the color cosmetic to match the surface of the color cosmetic stored in the cosmetic container. The color cosmetics are buried so as to be uniformly distributed on the textile paper 112.

Then, in a state where the cosmetic paper is applied to the textile paper 112, the user places the fabric paper 112 on which the color cosmetics are applied to the face or the exposed skin, and then touches the rotary puff on the skin to make up. In this case, a ring (not shown) may be formed on the other side of the shock absorbing cover 170 in which the textile paper 112 exposed to the outside of the shock absorbing cover 170 may be inserted for the convenience of the user. have.

As described above, when the color paper cloth is applied to make up the color cosmetics, the paper paper 112 is smeared with oily foreign substances, such as sebum generated from the skin, and at the same time the cosmetic of the color corresponding to the skin color of the user As it is applied to the skin, various colors of cosmetics are stained on the fabric paper 112 and contaminated.

Therefore, when the fabric paper 112 is contaminated as described above, the user rotates the rotary knob 150 exposed through the through hole 174 of the shock absorbing cover 170 to wind up the contaminated fabric paper to the driven shaft 130, and contaminates it. Not clean cloth is newly exposed between the two cut grooves 172 of the buffer cover 170 to be used.

In other words, when the rotary knob 150 is rotated, the driving shaft 120 connected to the rotary knob 150 is rotated, and the textile paper 112 wound on the puff reel 110 is released. At this time, since the driven shaft 130 installed on the other side of the driving shaft 120 is forcibly rotated by the spiral spring 180, the driven shaft 130 is loosened as much as the fabric paper 112 is released from the puff reel 110. The fabric paper 112 is wound up by rotation. At this time, the tension is generated by the rotation moment of the spiral spring 180 in the textile paper 112 between the driving shaft 120 and the driven shaft 130 to keep the fabric 112 tensioned therefrom. do.

According to the rotary puff 100 according to the first embodiment according to the present invention as described above, the textile paper contaminated with color cosmetics or foreign matter is wound on the driven shaft 130 installed in the housing 160 and in a clean state uncontaminated Since the fabric paper 112 wound on the puff reel 110 can be pulled out in the housing 160 to make up, the user can beautify makeup.

In addition, when the make-up with a variety of colors of cosmetics are used to withdraw the fabric paper 112 in a clean state according to the color from the housing 160 to prevent secondary contamination of the cosmetics stored in the cosmetic container and stored in the cosmetic container therefrom. Since the cosmetics with unique colors are not contaminated with other colors, they can always be applied to make-up cosmetics with vivid colors.

Second embodiment

The drive shaft and the driven shaft interlocked to the housing according to the first embodiment as described above may be implemented by a plurality of transmission gears. This will be described based on FIGS. 6 to 7.

Figure 6 is an exploded perspective view showing a housing of the second embodiment of the rotary puff according to the present invention, Figure 7 is a cross-sectional view of a second embodiment according to the present invention.

Referring to the drawings, the rotary puff of the second embodiment according to the present invention is provided with a shock absorbing cover 170 that is largely easy for the user to grip and can satisfy the emotional feeling when using the puff, the buffer cover 170 In the interior of the housing 160 is stored a puff reel 110 wound around the thin fabric paper 112 which is in contact with the user's skin is embedded. The shock absorbing cover 170 and the housing 160 of the second embodiment as described above are substantially the same as the shock absorbing cover and the housing of the first embodiment.

Meanwhile, the cover 240 inserted into and fixed to the opening 166 of the housing 160 has a shape that is matched to the opening 166 of the housing 160, and the driving shaft 220 and the driven shaft 230. The first through hole 242 and the second through hole 244 are formed to support the rotation. In particular, a fixed ratchet gear 246 is formed around a periphery of the first through hole 242 (one surface of the cover facing the inner side of the housing), and a driving shaft rotatably supported by the first through hole 242. A driving gear 222 is formed at 220. In addition, a stopper 224 meshing with the fixed ratchet gear 246 is formed on a side surface of the driving gear 222 facing the fixed ratchet gear 246 formed on the cover 240 to form the driving shaft 220. This makes the rotation directional.

In addition, a driven gear 232 is formed on the driven shaft 230 supported by the second through hole 244, and the driven gear 222 and the driven shaft 230 of the driven shaft 220 are driven. A plurality of transmission gears 260 are arranged between the gears 232 so as to be rotatably supported by the cover 240 to transmit the rotation of the driving shaft 220 to the driven shaft 230. At this time, the transmission gear 260 is preferably installed such that the rotational ratio of the driving shaft 220 and the rotational ratio of the driven shaft 230 is the same.

That is, when the primary gear 220 is rotated once, the transmission gear 260 is installed so that the driven gear 230 also rotates by one, from which the primary shaft 220 is rotated to loosen the textile paper 112. As soon as the paper shaft 112 is wound around the driven shaft 230, the fabric paper 112 exposed to the outside of the buffer cover 170 is always taut between the cut grooves 172 formed at both ends of the buffer cover 170. You will be tense.

As described above, the outer surface of the cover 240 for transmitting the rotation of the drive shaft 220 to the driven shaft 230 by the transmission gear 260 is a rotary knob 250 is connected to the drive shaft 220 In some cases, by moving the rotary knob 250 connected to the drive shaft 220 in the axial direction, the fixed ratchet gear 246 formed around the first through-hole 242 of the cover 240 and the prime mover The stopper 224 formed in the gear 222 may have a structure that can be separated.

From this, the fabric paper 112 exposed to the outside of the buffer cover 170 is contaminated and replaced between the cutting grooves 172 formed at both ends of the buffer cover 170 by releasing the fabric paper 112 wound on the puff reel 110. When the rotary knob 250 is moved in the axial direction and the stopper 224 is removed from the fixed ratchet gear 246, the rotary knob 250 is rotated and wound around the puff reel 110. Clean uncontaminated paper 112 is exposed to the outside of the buffer cover 170 to be used.

In particular, a plurality of transmission gears 260 are installed between the driving gear 222 of the driving shaft 220 and the driven gear 232 of the driven shaft 230, thereby rotating to rotate the driving shaft 220. When the knob 250 is rotated, the rotational speed of the cylindrical shaft 220 is decelerated by the frictional force of each transmission gear 260 installed so that the rotational speed of the cylindrical shaft 220 is rotatably supported by the cover 240. Appropriate rotational speed can be controlled and prevent the pivot shaft 220 and rotation knob 250 from rotating arbitrarily.

Third Embodiment

Interlocking between the driving shaft and the driven shaft which is installed to be rotatably supported in the housing according to the second embodiment as described above may be implemented by a timing belt. This will be described based on FIGS. 8 to 9.

8 is an exploded perspective view illustrating a housing in a third embodiment of a rotary puff according to the present invention, and FIG. 9 is a cross-sectional view of a third embodiment according to the present invention.

Referring to the drawings, the rotary puff of the third embodiment according to the present invention is provided with a buffer cover 170 that is largely easy for the user to grip and can satisfy the emotional feeling when using the puff, the buffer cover 170 In the interior of the housing 160 is stored a puff reel 110 is wound around the thin fabric paper 112 to be in contact with the user's skin. The buffer cover 170 and the housing 160 of the third embodiment as described above are substantially the same as the buffer cover and the housing of the first or second embodiment.

On the other hand, the cover 340 inserted into the opening 166 of the housing 160 has a shape that is matched to the opening 166 of the housing 160, the driving shaft 320 and the driven shaft 330 The first through hole 342 and the second through hole 344 to support the rotation of the formed are formed.

In particular, a fixed ratchet gear 346 as described in the second embodiment is formed on the circumference of the first through hole 342 (one surface of the cover facing the inside of the housing), and the first through hole 342 is formed. The prime mover 322 is formed on the prime mover 320 which is rotated and supported by the prime mover. In addition, a stopper 324 engaged with the ratchet gear 322 is formed on a side surface of the driving gear 322 facing the fixed ratchet gear 346 formed on the cover 340 to rotate the driving shaft 320. To be directional.

In addition, a driven gear 332 is formed on the driven shaft 330 that is rotationally supported by the second through hole 344, and the driven gear 322 and the driven shaft 330 of the driven shaft 320 are driven. The gear 332 is connected by the timing belt 360 to transmit the rotation of the driving shaft 320 according to the manipulation of the rotation knob 350 to the driven shaft 330.

In particular, since the timing belt 360 connecting the driving shaft 320 and the driven shaft 330 is made of a flexible material such as rubber, the timing belt connecting the driving shaft 320 and the driven shaft 330 ( Even if the 360 is not located in a straight line and the parallelism between the prime gear 322 and the driven gear 332 does not deviate so that the timing belt 360 does not deviate from the coaxial shaft 320 to the driven shaft 330, the coaxial shaft The rotation of the 320 may be transmitted to the driven shaft 330.

That is, when the driving shaft 320 and the driven shaft 330 are connected by the timing belt 360 is connected to the driving shaft 320 to release the fixed ratchet gear 346 and the stopper 324 is engaged. By moving the rotary knob 350 in the axial direction, even if the parallel movement between the primary gear 322 and the driven gear 332 formed integrally with the primary shaft 320 is shifted, the rotation of the primary shaft 320 is driven to the driven shaft 330. Compared with the connecting structure of the transmission gear 260 of the second embodiment, the present invention can have a simple structure and light weight thereof, thereby making it easier to carry the rotary puff.

On the other hand, the present invention is not limited only to the above-described embodiment and can be carried out by modifying and modifying within the scope not departing from the gist of the present invention, and such modifications and variations should be regarded as belonging to the technical idea of the present invention. do.

1 is a perspective view showing a first embodiment of a rotary puff according to the present invention.

2 is an exploded perspective view illustrating a state in which a roll puff is stored in a buffer cover in a first embodiment according to the present invention;

Figure 3 is an exploded perspective view showing a housing of the first embodiment according to the present invention.

4 is a cross-sectional view taken along the line A-A of FIG.

Figure 5 is a side cross-sectional view showing a state of use of the rotary puff according to the present invention.

Figure 6 is an exploded perspective view of the housing of the second embodiment of a rotary puff according to the present invention.

7 is a sectional view of a second embodiment according to the present invention.

8 is an exploded perspective view showing a housing in a third embodiment of a rotary puff according to the present invention.

9 is a sectional view of a second embodiment according to the present invention.

<Explanation of symbols for the main parts of the drawings>

112: fabric 110: puff reel

120: coaxial shaft 122: ratchet gear

130: driven shaft 140, 240, 340: cover

142: First Boss 144: Second Boss

124: stopper 150: rotary knob

160: housing 162: drawout slit

164: entry and exit slit 170: buffer cover

172: incision groove 174: through hole

180: spiral spring 182: protrusion

260: transmission gear 360: timing belt

Claims (6)

Puff reel 110 and the fabric paper 112 is wound, A driving shaft 120 supporting the rotation of the puff reel 110 and rotating only in one direction; A driven shaft 130 winding the fabric paper 112 of the puff reel 110 supported by the driving shaft 120; A first boss 142 and a second boss 144 are formed to rotate and support the driving shaft 120 and the driven shaft 130, respectively, and are connected to the driving shaft 120 at the first boss 142. A cover 140 through which the rotary knob 150 is installed; A fabric is formed in the interior to accommodate the driving shaft 120 and the driven shaft 130, the cover 140 is inserted and fixed to one side, the textile paper 112 is wound from the driving shaft 120 to the driven shaft 130 Rotating puff including a housing 160 is formed with a drawout slit (162) and the inlet slit 164 to enter and exit. The method according to claim 1, A ratchet gear 122 is formed on the cylindrical shaft 120 so as to have a direction to the rotation of the cylindrical shaft 120, and a stopper 124 on the first boss 142 that supports the rotation of the cylindrical shaft 120. Is formed is a rotary puff, characterized in that the ratchet gear 122 and the stopper (124) is engaged. The method according to claim 1, In each of the inner diameter of the driven shaft 130 and the inner diameter of the second boss 144, the engaging grooves 132 and 148 are formed, and each of the engaging grooves 132 and 148 is formed on both ends. Rotary puff, characterized in that the spring (180) is fixed. Puff reel 110 and the fabric paper 112 is wound, A driving shaft 220 supporting the rotation of the puff reel 110 and having a driving gear 222 formed thereon; A driven shaft 230 wound around the fabric paper 112 of the puff reel 210 supported by the driving shaft 220 and having a driven gear 232; A first through hole 242 and a second through hole 244 are formed to support the driving shaft 220 and the driven shaft 230, respectively, and the driving shaft 220 is formed in the first through hole 242. A cover 240 through which the rotary knob 250 connected to the through is installed, Engage with the driving gear 222 and the driven gear 232 formed on each of the driving shaft 220 and the driven shaft 230 to the cover 240 to transfer the rotation of the driving shaft 220 to the driven shaft 230 Transmission gear 260 is installed, A fabric is formed in the interior to accommodate the driving shaft 220 and the driven shaft 230, the cover 240 is inserted and fixed to one side, the textile paper 112 is wound around the driven shaft 230 in the driving shaft 220 Rotating puff including a housing 160 is formed with a drawout slit (162) and the inlet slit 164 to enter and exit. Puff reel 110 and the fabric paper 112 is wound, A driving shaft 320 supporting the rotation of the puff reel 110 and having a driving gear 322 formed therein; A driven shaft 330 wound around the fabric paper 112 of the puff reel 110 supported by the driving shaft 320 and having a driven gear 332; A first through hole 342 and a second through hole 344 are formed to rotate the driving shaft 320 and the driven shaft 330, respectively, and the driving shaft 320 is formed in the first through hole 342. A cover 340 through which the rotary knob 350 connected to the through is installed; Timing belt 360 and the driving gear 322 and the driven gear 330 formed on each of the driven shaft 320 and the driven shaft 330 to transfer the rotation of the driven shaft 320 to the driven shaft 330 and , A fabric is formed in the interior to accommodate the driving shaft 320 and the driven shaft 330, the cover 340 is inserted and fixed to one side, the textile paper 112 is wound around the driven shaft 330 in the driving shaft 320 Rotating puff including a housing 160 is formed with a drawout slit (162) and the inlet slit 164 to enter and exit. The method according to claim 4 or 5, Fixed ratchet gears 246 and 346 around the first through-holes 242 and 342 of the covers 240 and 340 facing the primary gears 222 and 322 so as to be directional to the rotation of the driving shafts 220 and 320. Is formed, and stoppers 224 and 324 are formed on the side surfaces of the fixed ratchet gears 246 and 346 and the corresponding driving gears 222 and 322 so that the fixed ratchet gears 246 and 346 and the stoppers 224 and 224 are formed. 324, a rotary puff.

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