KR100439382B1 - Dressing brush for discharged toilet - Google Patents

Abstract

The disclosed contents provide a powder discharging structure which prevents excessive discharging when discharging powder.

The brush for the ball touch from which this powder is discharged,

The brush head has a brush head and a discharge hole formed at the tip, and the inside of the tip of the tubular tube to which the brush head is connected forms an inclined mountain cross section and forms a spout pipe extending at the discharge hole, and a spiral is formed at a predetermined section on the rear inner peripheral surface. A brush body having a shape; And a cylindrical body of a diameter in close contact with the inside of the brush body, the inside of which forms a powder accommodating space, the tip of which forms an inclined surface and a blowout hole having a smaller size than the sectional surface, and a predetermined section spiral on the rear outer side of the cylindrical body. Powder receiving body which is formed by screwing between the brush body and being integrally supported with the brush body so as to extrude the powder by the flow force applied to the entire brush to form a flow interval between the first tube body It provides a brush for a ball touch, including the powder is discharged.

Description

Brush for discharging balls {Dressing brush for discharged toilet}

The present invention relates to a cosmetic brush for ball touch in which a cosmetic powder (hereinafter referred to as powder) is injected, and the powder injected into the interior of the body during the makeup is discharged through the brush to facilitate makeup. The present invention relates to an improved discharge structure of powder.

Conventionally used ball touch makeup brush was used to produce a make-up brush in the body integrally to draw out the cosmetic brush installed on one side of the body in ball touch or mascara to discharge the powder inserted into the body.

However, the ball touch brush used in the related art is provided with a make-up brush on one side of the body and an air valve for pushing the powder on the other side, and the ball touch brush discharges the powder by pressing the push hole installed at the rear of the body. Since it was a method of applying powder to the ball by using a brush, there was a problem that the manufacturing cost is high due to the air valve installed on one side of the body, and the manufacturing time is complicated due to the complicated structure.

On the other hand, since the conventional ball touch cosmetic brush is ejected by a force pushing air when the powder is taken out, a large amount of powder is unnecessarily discharged, so that the powder falls to the outside of the brush and wastes the powder.

In order to improve this, the powder discharge apparatus of the sole is registered in Utility Model Registration No. 224633.

This design has a brush body embedded with a brush, as shown in Figure 1 attached to the powder outlet and the powder receiving space, connected to the rear end of the brush body to form a powder receiving space, and the body is embedded with a metal ball, A brush cover body extending from the front end of the main body and receivably receiving the brush cover between the brush body, the brush cap and the rear cap.

The powder discharging principle of the present invention is to discharge the powder on the principle of opening and closing the inner outlet of the discharge hole as the metal ball flows by the flow of the brush body by embedding the powder and the metal ball together in the space in which the powder is accommodated.

However, the ball touch makeup brush that is discharged such powder has some problems as follows.

First, when the powder contained in the powder receiving space is full, the movement of the beads is difficult, so that the user is not only hassle to shake the whole brush before, after, left and right, as well as when the discharge amount of the powder is unnecessarily excessively discharged due to the strong shaking. There was also.

In addition, even if the beads can be moved to some extent, the discharge of the powder is not only blocked in the vertical state, but the powder is discharged regardless of the beads.

On the other hand, such a ball touch brush has another problem and inconvenience in construction. In other words, if the diameter of the outlet opening in the powder receiving space is too large, the discharge volume of the powder is large, and if the diameter is narrow, it is difficult to accurately design the powder discharging structure such as clogging during discharge. Since the discharge pipe was integrally formed at the tip of the receiving space, and the brush was buried and fixed therein, there existed difficulties in assembling the brush and the brush body.

In addition, the powder was discharged to the brush side unnecessarily due to frequent shaking during the use of the brush, and there was a problem in that the powder was excessively discharged at the beginning of use.In addition, the brush cover was implemented between the brush body and the powder accommodating means. There was also a problem such that the body tip cylindrical laminated structure for the body is thinned and broken even with a small impact.

The present invention provides a ball touch brush for discharging the powder to solve the problems of the conventional brush structure, and has a main object to provide a powder discharging structure that prevents excessive discharging when discharging the powder. .

In addition to achieving the above object, the brush of the present invention is also to provide a discharge structure that is easy to design the discharge structure according to the powder discharge.

In addition, the brush of the present invention provides an assembly structure that can be separated and assembled independently of the sole even if the discharge pipe is integrally formed at the front end of the powder containing space, and in the implementation of the brush cover structure, the brush assembly by implementing a more robust and stable appearance structure The purpose is to improve the difficulty of machining.

In addition, structurally implementing a brush cover between the brush body and the powder accommodating means improves the cylindrical laminated structure at the end of the main body for accommodating the cover, thereby ensuring the assembling and ensuring the solidity, controlling the amount of powder and improving the assemblability. The purpose is to provide a brush structure.

1 is a cross-sectional view of a brush for ball touch the conventional powder is discharged,

2 is a perspective view of a first embodiment of a brush for ball touch in which the present invention powder is discharged;

3 is an exploded perspective view of a first embodiment of a brush for ball touch in which the present invention powder is discharged;

4 is a cross-sectional view of a first embodiment of a brush for ball touch in which the present invention powder is discharged;

5 is an exploded perspective view of a second embodiment of a brush for ball touch in which the present invention powder is discharged;

6A, 6B, 6C, and 6D are cross-sectional views of a second embodiment of the ball touch brush in which the powder is discharged from the present invention. FIG. 6A is a combination of a brush body and a powder receptor, and FIG. 6B is a brush body and a powder receptor. 6c is a state in which the brush cover is drawn out from the brush body, and FIG. 6d is a cross-sectional view of the state in which the brush cover is separated from the brush body.

Figure 7 is a perspective view of the bonded state of the third embodiment of the brush for brushing the ball of the present invention is discharged,

8 is an exploded perspective view of a third embodiment of a brush for ball touch in which the present invention powder is discharged,

9 is a cross-sectional view of a separated state for explaining the coupling state of the inner tube and the outer appearance of the third embodiment of the brush for ball touch of the present invention powder discharged,

10A, 10B, and 10C are cross-sectional views of the third embodiment of the brush for brushing the ball of the present invention, wherein FIG. 10A is a cross-sectional view of the combined state of the brush for brushing the ball of the present invention, and FIG. 10 is a cross-sectional view of a separated state of the brush cap of the ball touch brush from which the powder is discharged, and FIG.

Figure 11a is a perspective view of the separated state of the brush cap of the ball touch brush discharged the powder of the present invention, Figure 11b is a perspective view of the use state of separating the cap of the ball touch brush discharged the present invention powder.

※ Explanation of symbols for main parts of drawing

110: brush body, 111: ejection pipe, 112: discharge hole, 114: space part, 116: spiral

120: brush cover, 122,124: ring-shaped protrusion,

130: powder receptor, 131: guide pin, 132: inclined surface, 133: spiral, 134: ejection hole,

135: ring type border, 136: powder containing space, 137: spiral,

150: brush head, 154: brush, 160: stopper, 162: spiral 162, 170: brush cap,

210: inner tube, 211: ejection tube, 212: discharge hole, 214: space part, 215: locking projection, 216: spiral

220: appearance, 222: stepped portion, 226: locking jaw, 230: powder receptor, 231: guide pin,

232: inclined surface, 233: spiral, 234: ejection hole, 235: ring-shaped border, 236: powder receiving space,

237: spiral, 240: brush cover, 242, 244: ring protrusion, 250: brush head,

252: ring-shaped protrusion frame, 254: brush, 270: brush cap, 260: stopper, 262: spiral

An object of the present invention for achieving the above object is a ball touch brush in which powder is discharged, having a brush head formed with a brush and a discharge hole at the tip, the inner side of the tip of the tubular body to which the brush head is connected is inclined A brush body forming a cross section and forming a blowing pipe extending at the discharge speed, and having a spiral formed at a predetermined section on a rear inner peripheral surface thereof; And a cylindrical body of a diameter in close contact with the inside of the brush body, the inside of which forms a powder accommodating space, the tip of which forms an inclined surface and a blowout hole having a smaller size than the sectional surface, and a predetermined section spiral on the rear outer side of the cylindrical body. Powder receiving body which is formed by screwing between the brush body and being integrally supported with the brush body so as to extrude the powder by the flow force applied to the entire brush to form a flow interval between the first tube body It is achieved as a brush for a ball touch, the powder containing the discharge.

The brush body of the present invention is a cylindrical brush cover forming an upper and lower opening cylindrical space in which the brush of the brush head is inserted or withdrawn, and a ring-shaped protrusion frame formed at a predetermined side of the tip side, and only the brush portion of the brush head. A brush cap detachable to the brush cover outer ring-shaped protruding frame to cover, and a rear opening cylindrical body in which the brush cover is slidably movable from the outside, the front of which forms a spout tube while forming an inclined cross section. It is preferable that the tubular body is formed of a second tubular body connected to the first tubular body and welded with a larger diameter than the first tubular body, and having a tubular insertion space in which the brush cover slides in and out between the first tubular body. .

Furthermore, it is most preferable that the first and second tubes of the brush body are separated to be assembleable, and the first tube is connected and fixed to the powder container by screwing, and the brush cover is provided between the first tube and the second tube. It is characterized by forming a cylindrical space that is sliding.

In addition, the brush head of the brush for ball touch in which the powder of the present invention is discharged, in addition to the brush structure described above, has a ring as a base frame, and the front of the ring is embedded with a brush, and the rear of the ring is opened to form a predetermined space inside. In the center of the space, it is preferable to use a brush head forming a discharge hole extending toward the brush.

In addition to the brush structure of the present invention, in addition to the brush structure described above, the brush is further provided with a rear stopper that is screwed in the rear of the powder receptor in the powder receptor, the front end of the powder receptor is formed at least one or more ejection holes along the ridge cross-section In addition, the powder receptor and the front end of the main body is preferably further provided with a protruding pin in the jet pipe to have a nozzle shape for generating a discharge force with a fine vibration force when discharging the powder.

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

<Example 1>

2 is a perspective view of the first embodiment of the ball touch brush discharged the powder of the present invention, Figure 3 is an exploded perspective view of the first embodiment of the ball touch brush discharged the powder of the present invention, Figure 4 It is sectional drawing of 1st Example of the brush for ball touch from which invention powder is discharged.

The brush for ball touch, through which the powder is discharged according to this drawing, is a powder discharge type brush of the initial design without a brush cover, and the brush body 110 with the brush 154 embedded therein and the powder receptor 130 screwed thereto. And a stopper 160.

Specifically, the brush body 110 is a tubular tube with a front end blocked and an open rear end,

A brush 154 is embedded outside the blocked tip, and the discharge hole 112 is formed into the brush 154, and the inner tip forms a barrier wall forming an inclined mountain cross section communicating with the discharge hole 112. The portion 114 is formed, and the spiral 116 is formed in a predetermined section on the inner circumferential surface of the open end of the rear end.

The powder container 130 in close contact with the space 114 of the brush body 110 is a cylindrical body having a diameter in close contact with the inside of the brush body.

The inside thereof forms a powder containing space 136, and the tip forms an inclined surface 132 having a smaller size than the blocking wall, and forms a spray hole 134 and a guide pin 131. A predetermined section spiral 133 is formed on the rear outer side of the cylindrical body to be screwed between the brush body 110 and integrally supported by the brush body 110 to form a gap α shown in the drawing. . This gap α is also a jet pipe 111 through which powder is discharged and discharged. The powder container 130 is coupled to the stopper 160 is formed by screwing the spiral 162 is fitted to the spiral 133 formed in the rear open end after filling the powder.

Reference numeral 135 is a ring-shaped edge protruded to facilitate the grip of the rear end of the powder receptor (130).

The gap α formed by the combination of the powder receptor 130 and the brush body 110 is ejected from the powder accommodation space 136 to the ejection hole 132 by the user's shaking (fluid force) applied from the outside. The powder is transported from the ball 132 to the ejection pipe 111 and the ejection pipe 111 to the discharge hole 112, and the transport of such powder is discharged from the powder as compared with no gap α. This can be reduced and discharged under a flow force proportional to the shaking of the entire brush.

Therefore, there is a feature that a stable powder supply is made as compared to the conventional brush for brushing the powder discharged to adjust the powder in the space for accommodating only by the ball opening and closing contact with the outlet of the inner end.

<Example 2>

5 is an exploded perspective view of a second embodiment of the ball touch brush from which the present invention powder is discharged, and FIGS. 6A, 6B, 6C, and 6D are second views of the ball touch brush from which the present invention powder is discharged. As a cross-sectional view of the embodiment, Figure 6a is a combined state of the brush body and the powder receptor, Figure 6b is a separated state of the brush body and the powder receptor, Figure 6c is a state in which the brush cover is removed from the brush body, Figure 6d is in the brush body It is sectional drawing with the brush cover removed.

Unlike the first embodiment, the brush body is different from the brush head in which the brush is embedded, and the brush body for covering the brush head including the brush is configured so that the main body is double piped.

First, the brush cover 120 forms an upper and lower opening cylindrical space into which the brush 154 of the brush head 150 is inserted or withdrawn, and protrudes the ring-shaped protruding frame 122 outward at a predetermined side of the tip side. Also, the ring-shaped protruding frame 124 is formed to protrude inward to the rear end side. The front end side ring-shaped protrusion frame 122 is for suppressing the entry of the brush cap 170 to be described later, the rear end ring-shaped protrusion frame 124 is a locking means for preventing the departure from the main body of the double pipe structure.

The brush cap 170 has a detachable structure that is inserted into or slides out of the brush cover 120 outer ring-shaped protruding frame 122 to cover only the sole 154 portion of the brush head 150.

The brush body 110 is a double pipe which is opened forward so that the brush cover 120 is slidably inserted or detached from the front and the outside, and the rear portion forms a clogging space β of a closed shape.

As shown in FIG. 6B, the inner tube part of the double tube type is a cylindrical body having an opening rearward, and forms a spiral 116 therein, and the front part is blocked while forming an inclined mountain cross section, and the spout tube 112 is formed at the center thereof. ) Is thinly extended and extends and forms a locking protrusion 115 on the outer peripheral surface of the tip portion. The outer part is integrally connected at the rear end of the inner tube part and has a cylindrical shape having a diameter larger than that of the inner tube part, and forms a welding space β in which the brush cover 120 slides in and out between the inner tube and shorter than the inner tube part at the front. Lose.

The powder receptor 130 in close contact with the space 114 of the brush body 110 is a cylindrical body having a diameter in close contact with the inside of the brush body 110.

The inside thereof forms a powder containing space 136, and the tip forms an inclined surface 132 having a smaller size than the mountain-shaped cross section, and forms a spray hole 134 and a guide pin 131. A predetermined section spiral 133 is formed on the rear outer side of the cylindrical body to be screwed between the brush body 110 and integrally supported by the brush body 110 to form a gap α shown in the drawing. . This space | interval (alpha) forms the blowing pipe 111 in which powder is discharged | emitted and discharged. The powder receptor 130 is filled with powder, and the stopper 160, which forms the spiral 162 to be fitted to the spiral 133 formed at the rear open end, is coupled by screwing. 130 is a ring-shaped rim protruded to facilitate grip of the rear end, and 137 represents the inner end spiral of the powder receptor 130.

The gap α formed by the combination of the powder receptor 130 and the brush body 110 is blown out of the powder accommodation space 136 by the user's shaking (fluid force) applied from the outside as shown in FIG. 6D. At 132, the powder transfer is performed from the ejection hole 132 to the ejection pipe 111 and from the ejection pipe 111 to the discharge hole 112. As the powder is transported, the powder is discharged through the brush 154.

Another function of the brush for ball touch in which the present invention powder is discharged in this way is that the brush 154 is recessed when the brush cover is pulled out from the welding space β into which the brush cover is inserted, as shown in FIG. 6C. In this state by covering the brush 154 in the state in which the brush cap 170 to the ring-shaped protruding frame 122 is to be folded while protecting the unused brush.

<Example 3>

7 is a perspective view of a combined state of the ball touch brush discharged the powder of the present invention, Figure 8 is an exploded perspective view of the ball touch brush discharged the powder of the present invention, Figure 9 is a ball touch discharged the powder of the present invention 10 is a cross-sectional view of a separated state for explaining a coupling state between the first tube and the second tube of the brush for brushing, and FIG. 10a is a cross-sectional view of the combined state of the ball touch brush for discharging the powder of the present invention, and FIG. 10B is a cross-sectional view of a separated state of the brush cap of the ball touch brush, Figure 10c is a cross-sectional view of the use state in which the cap of the ball touch brush is discharged the present invention powder, Figure 11a is a ball touch brush in which the present invention powder is discharged Figure 11b is a perspective view of the separated state of the brush cap, Figure 11b is a perspective view of the state of use separated the cap of the brush for brush ball discharged the present invention powder.

The brush for ball touch in which the present invention powder according to the drawings is discharged shows an example in which the inner tube portion and the outer portion of the brush body are separated in the second embodiment. That is, as shown in FIG. 9, the inner tube 210 is inserted into the locking jaw 226 formed at the inner rear end of the exterior 220 to maintain the double tube, and the stepped portion 222 is formed in the interval of the second embodiment. (β) forms.

First, the brush cover 240 forms an upper and lower opening cylindrical space into which the brush 254 of the brush head 250 is inserted or withdrawn, and protrudes the ring-shaped protruding frame 242 outward at a predetermined side of the tip side. A ring-shaped protruding frame 244 is formed to protrude inward even at the rear end side. The front end side ring-shaped protruding frame 242 is to suppress the entry of the brush cap 270 to be described later, the rear end ring-shaped protruding frame 244 is a locking means for preventing the departure from the main body of the double pipe structure.

The brush cap 270 has a detachable structure that is inserted into or slides out of the brush cover 240 outer ring-shaped protrusion frame 242 to cover only the sole 254 portion of the brush head 250.

The brush body (inner, outer) is a double pipe that is opened in the front so that the brush cover 240 is slide-in or detachable from the front and the outside, the rear of the brush cover (240) to form a closed space (β).

The inner tube 210 of such a double tube form is a cylindrical body with an open rear, and forms a spiral 216 inside thereof, and is blocked while forming an inclined mountain cross section at the front, and the ejection pipe 212 is thinly drawn from the center thereof. It extends, and the engaging projection 215 is formed on the outer peripheral surface of the tip portion. The exterior 220 is integrally connected at the rear end of the inner tube 210 and has a cylindrical shape having a diameter larger than that of the inner tube 210, and a welding space in which the brush cover 240 slides in and out between the inner tube 210 ( β) and is shorter than the inner tube 210 in the front.

The powder receptor 230 in close contact with the space 214 of the inner tube 210 is a cylindrical body having a diameter in close contact with the inner side of the inner tube 210.

The inside thereof forms a powder containing space 236, and the tip forms an inclined surface 232 having a smaller size than the mountain-shaped cross section, and forms an ejection hole 234 and a guide pin 231. A predetermined section spiral 233 is formed on the rear outer side of the cylindrical body so as to be integrally supported by being screwed together with the inner tube 210 to form an interval α shown in the drawing. This gap α forms a jet tube 211 through which the powder is discharged and discharged. The powder receptor 230 is coupled to the stopper 260 is formed by screwing the spiral 262 is fitted to the spiral 233 formed in the rear open end after filling the powder. Reference numeral 235 denotes a ring-shaped rim protruding to facilitate grip of the rear end of the powder receptor 230, and 237 denotes the inner spiral of the rear end of the powder receptor 230.

Thus, the space α formed by the combination of the powder receptor 230 and the inner and outer surfaces 210 and 220 is accommodated by the shaking (fluid force) of the user applied from the outside as shown in FIGS. 10C, 11A, and 11B. In the space 236, the ejection hole 232, the ejection hole 232 to the ejection pipe 211, the ejection pipe 211 to the discharge hole 212 is to act to effect the powder transfer. As the powder is transported, the powder is discharged through the brush 254.

Another function of the brush for ball touch in which the present invention powder is discharged in this way is that the brush 254 is recessed when the brush cover is pulled out from the fitting space β into which the brush cover is inserted, as shown in FIG. 10B. In this state, the brush cap 270 is folded to the ring-shaped protruding frame 242 to cover the sole 254 to protect the unused sole while folding.

As described above, the present invention has the effect of providing a powder discharging structure which prevents excessive discharging when discharging the powder by solving the problems with the conventional brush structure, the ball touch brush is discharged powder. The brush for the ball touch is also effective in providing a discharge structure that is easy to design the discharge structure according to the powder discharge.

In addition, the brush for the ball touch discharged the present invention provides an assembling structure that can be separated and assembled independently of the brush even if the discharge pipe is integrally formed at the front end of the powder receiving space, and more firm and stable appearance in implementing the brush cover structure Providing a structure also has the effect of improving the difficulty of assembly of the brush.

In addition, structurally implementing a brush cover between the brush body and the powder accommodating means improves the cylindrical front end laminated structure for accommodating the cover, thereby ensuring the assemblability and ensuring the solidity, controlling the amount of powder and improving the assemblability. It also has the effect of providing a brush structure.

Particularly, the ball touch brush in which the powder of the present invention is discharged is ejected from the ejection hole of the powder receptor by the hand holding the ball touch brush in which the present invention powder is discharged by hand and applying a flow force. It has a process of staying in the pipe temporarily and discharged to the sole side through the discharge hole, and through this process, the over-discharge is improved.

Claims (7)

In the brush for ball touch in which powder is discharged, Brush heads 150 and 250 having brushes 154 and 254 and ejection pipes 112 and 212 formed at the ends thereof, and the inner side of the tip of the tubular body to which the brush heads 150 and 250 are connected are hard. Photo-shaped cross section, but protrudes the ejection pipes 112, 212 into the brush head 150, 250, the interior constitutes the space (114, 214), a predetermined section on the rear outer peripheral surface Brush bodies 110 and 210 having spirals 116 and 216 formed thereon; It is in close contact with the space portions 114 and 214 of the brush bodies 110 and 210, the inside of which forms powder accommodation spaces 136 and 236, and the tip is inclined surface 132 corresponding to the ridge cross-section ( 232, and form at least one or more ejection holes 134, 234 therein, and guide pins 131, 231 at the center thereof, and a predetermined section spiral 133 at the rear outer side thereof. 233 is formed to be integrally supported with the brush bodies 110 and 210 so that the powder extrusion is performed by the flow force applied to the entire brush, so that the spirals 116 and 216 of the brush bodies 110 and 210 are formed. A powder receptor (130) (230) having a gap (α) formed therebetween, the spiral end (133, 233) formed at the inner circumference of the open end; And Brush for ball touch is discharged the powder comprising a stopper 160, 260 is screwed to the spiral (133, 233) to cover the rear of the powder receptor (130, 230). The method of claim 1, The brush body 110, The brush cover 120 of the cylindrical body formed by forming the upper and lower opening cylindrical space in which the brush 154 of the brush head 150 is inserted or drawn out, and the ring-shaped protrusions 122 and 124 are formed outside the front and rear ends, respectively. And, to cover only the brush 154 portion of the brush head 150, the brush cap 170 detachable to the outer ring-shaped protruding frame 124 of the brush cover 140, and the brush cover 120 from the outside Brush for ball discharge, characterized in that made of a brush body 110 formed with a cylindrical insertion space (β) to be piped in a predetermined distance sliding in and out. The method of claim 2, The brush body 110 is a ball touch brush discharged powder, characterized in that separated into the inner tube 210 and the exterior 220 to be separated and assembled through the cylindrical insertion space (β). delete delete delete delete