KR200313997Y1 - Container for hair gel - Google Patents

Abstract

The present invention relates to a hair gel container equipped with a comb, and more particularly, a container containing a hair gel and an extrusion means for extruding the hair gel stored in the container, and finally the hair gel to the user's hair by the extrusion means. The present invention relates to a hair gel container having a hair gel container provided with a dispensing device, which minimizes material savings and environmental pollution by using the hair gel stored in the container in a piston manner while the user conveniently uses the hair gel. .

According to the present invention, the container 10 having the storage chamber 110 for storing the gel, and the extrusion means 20 to discharge the gel stored in the container 10 to the outside by pressing the button body 250 ), And an application tool 30 having a comb-discharge hole 322a for directly applying a gel discharged by the extrusion means 20 to the hair.

Description

Hair gel container {Container for hair gel}

The present invention relates to a hair gel container equipped with a comb, and more particularly, a container containing a hair gel and an extrusion means for extruding the hair gel stored in the container, and finally the hair gel to the user's hair by the extrusion means. The present invention relates to a hair gel container having a hair gel container provided with a dispensing device, which minimizes material savings and environmental pollution by using the hair gel stored in the container in a piston manner while the user conveniently uses the hair gel. .

In general, mousse, spray, or hair gel may be used as a means for producing a hairstyle. Among them, a general hair gel container for storing and using hair gel is described. It consists of a pumping means for generating a pressure to be discharged to the outside and a guiding guide to guide the gel stored in the container to the pumping means by using the pressure generated by the pumping means, the user directly from the container when using the hair gel container The hair care process is complicated and cumbersome because the hair is cleaned using a comb, etc. after ejecting it to the hand or the hair, and there is an inconvenience of cleaning the contents of the hand after the hair care.

In addition, since the gel stored in the container is discharged to the outside by the vacuum pressure generated by the piston action, which is a pumping means provided at the top of the container, the container can be smoothly operated while the gel is filled. When there was a little gel left in the container, there was a pumping stop. That is, since the gel has a high viscosity, a large amount of residue remains on the inner wall and the bottom of the container, and the remaining amount is not pumped, which causes problems of material waste and environmental pollution.

Therefore, the present invention has been devised to solve such problems in the related art, and an object of the present invention is to solve the trouble of having to apply a gel to a hand or to prepare a comb separately, and to provide a certain pressure with a piston directly in the container. The purpose is to provide a hair gel container that allows the remaining amount of gel to be used in the container, thereby saving material and minimizing environmental pollution.

1 is a partially separated perspective view according to the present invention;

2 is an overall cross-sectional view of a hair gel container according to the present invention;

Figure 3 is a cross-sectional plan view of the comb cutting the applicator according to the present invention;

4 is an exploded perspective view of the applicator according to the present invention;

Figure 5 is a plan sectional view of a state before operation of the extrusion means according to the present invention;

Figure 6 is a plan sectional view of an advanced state of the extrusion means according to the present invention;

Figure 7 is a plan sectional view of the retracted state of the extrusion means according to the present invention;

8a to 8d are excerpts cross-sectional view sequentially showing the movement state of the guide pin according to the advance, retraction of the wheat flour during the button operation according to the present invention;

9 is a plan view showing a state in which the application tool 180 ° rotated according to the present invention;

10 is an enlarged side sectional view according to FIG. 9;

FIG. 11 is an enlarged cross-sectional view taken along the line XI-XI of FIG. 10.

* Explanation of symbols for the main parts of the drawings *

10 container 20 extruding means

30: application tool 110: storage chamber

120: piston 130: screw shaft

216: guide plate 216a: advance path

230: discharge tube 240: latch wheel

250: button body 320: front comb

340: rain cover 380: intermittent shaft

The object of the present invention is a container having a storage chamber for storing gel, an extrusion means for discharging the gel stored in the container to the outside by pressing the button body, and the gel discharged by the extrusion means It is characterized by the technical construction that consists of an applicator having a comb-discharge hole to be applied directly to.

According to the present invention, the container is composed of a storage chamber for storing gel, a piston for applying pressure to the gel in the storage chamber, a screw shaft provided with a screw threaded to raise the piston, and a discharge hole.

According to the present invention, the extrusion means is composed of a button body having a push piece, a latch wheel rotated by the push action of the push piece, and a discharge tube having a discharge hole for transferring the gel extruded by the rotation of the latch wheel. .

According to the present invention, the extrusion means is configured to rotate the latch wheel while the guide pin protruding from the lower end of the push piece formed in the button rotates in an ellipse along the path of the guide plate.

According to the present invention, the wheat flakes are configured to extend a separate claw capable of pushing the rat gear.

According to the present invention, the forward and backward path is formed in an arc shape so that the toenail of the push piece can push the rat gear formed at the outer circumference of the latch wheel as long as possible.

According to the present invention, a separation wall is formed in the advance path of the guide plate so that the push piece can move out of the range that interferes with the rat gear when the rat gear is pushed back.

According to the present invention, the separation wall is formed with an elastic part so as to move backwards through the separation wall without reverse rotation again after the guide pin of the piece reaches the peak of the advance path.

According to the present invention, the space portion is formed to be separated from the bottom surface of the advance path so that the elastic force is applied to the elastic portion provided at one end of the separation wall.

According to the present invention, the applicator has a built-in intermittent shaft to open and control the comb discharge hole of the plurality of comb teeth formed in the front comb and then closed the rear of the front comb with a comb cover.

According to the present invention, the intermittent shaft is configured such that the close contact plate formed of the same number of soft contact projections as the comb-discharge hole is coupled by the engaging projection.

According to the present invention, the applicator is configured to rotate 180 ° to open or control the entrance of the comb discharge hole.

According to the present invention, a discharge tube having an inclined portion and a guide tube having an inclined portion having the same slope in surface contact with the inclined portion may be formed so that the application tool may be rotated 180 ° to open or control the inlet of the comb discharge hole. The guide tube is raised when the application tool is rotated 180 degrees, and the contact protrusion of the intermittent shaft is configured to intercept the inlet of the comb-discharge hole.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in detail as follows.

As shown in FIGS. 1, 2, and 3, the hair gel container of the present invention discharges the gel 10 stored in the container 10 and the container 10 having the accommodating chamber 110 to store the gel to the outside. Extrusion means for 20 and the applicator 30 for applying the gel discharged by the extrusion means 20 directly to the hair.

Among them, the container 10 is located at the lower end of the storage chamber 110, the piston 120 to apply pressure to the gel stored by the synergistic action and the screw portion 132 so as to be transported by screwing the piston 120 to be raised. ) Is formed, the discharge of the gel is discharged by the operation of the piston 120 on one side of the upper end of the screw shaft 130 and the upper end of the container 10 consisting of a fixing portion 134 protruding to the upper end of the container 10 to the other side Ball 170 is provided.

The fixing portion 134 of the screw shaft 130 protruding to the upper end of the container 10 is fitted with the latch wheel 240 to be described later, the key for preventing the sliding occurs when rotating the screw shaft 130 At least one projection 134a serving as a key is formed, and preferably, the projection 134a is formed radially.

In addition, the cross-sectional shape of the piston 10 in close contact with the container 10 receiving chamber 110 and the inside of the receiving chamber 110 is raised along the screw portion 132 by the rotation of the screw shaft 130. ) Is formed as an ellipse or square rather than a circle to prevent idling.

The upper cap 150 and the lower cap 160 are formed to close the upper and lower ends of the container 10 to provide a beauty, in particular, the upper cap 150, the body 320 of the applicator 30 described later The binding protrusion 156a is configured to prevent the coupling hole 156 and the body 320 of the applicator 30 from being inserted into the inner circumference of the coupling hole 156 so as to be fitted therebetween.

The extrusion means 20 has a latch wheel 240 and a latch wheel 240 in one direction in which a projection hole 244 is formed to be interlocked with the fixing part 134 in which the protrusion 134a of the screw shaft 130 is formed. The discharge button 234 for guiding the gel discharged through the discharge hole 170 of the container 10 to the application tool 30 to be described later by the operation of the button body 250 and the button body 250 to rotate the First, the latch wheel 240 and the latch body 240 and the latch wheel 240 are provided with the latch gear 242 as the outer periphery. A button 252 having an elongated claw 254a having a claw 254a pushing the fish 242 and a latch wheel 240 and a fixing portion of the screw shaft 130 rotated by the operation of the button 252 ( 134 is provided with an elastic support piece 214 having an insertion hole 212 to assist the fitting and the button is provided with a spring 260 that the elastic force acts between the elastic support piece 214 and the button 252 inside It consists of 250.

On the other hand, the guide plate 216 is formed on any one side of the elastic support piece 214, the guide plate 216 is formed to guide the push piece 254 for pushing the ratchet gear 242, preferably Figure As shown in FIG. 5, the guide pin 256 and the guide pin 256 provided at the bottom of the wheat 254 having the claw 254a extending from the button 252 of the button body 250 are guided by the ratchet gear 242. ) Pushes the rat gear 242 when moving forward along the arc path 216a and the path 216a, and the toenail 254a is the rat gear 242 when moving forward. The partition wall 216b is constructed so as not to interfere with.

In addition, the push piece 254 of the button 252 is provided with an elastic groove 254b on either side so that the elastic force acts on the forward and backward movements along the forward and backward paths 216a.

The separating wall 216b is an elastic portion 216b-1 in which an elastic force is applied to the end of the separating wall 216b so that the guide pin 256 may be guided along different advancing paths 216a during the forward and the backward operation. Preferably, as shown in FIG. 8A, the elastic part 216b-1 extending from the separation wall 216b forms a space part 216d to be separated from the bottom surface 216c of the advance path 216a. Let the elastic force act.

Then, the discharge tube 230 for guiding the gel discharged by the operation of the pressing piece 254 of the button 252 to the application tool 30 is inserted into the discharge hole 170 provided on one side of the upper end of the container 10. It is preferable that the soft sealing tube 220 is inserted and fixed first to maintain the airtightness, and the inclined portion 232 is formed at an upper end thereof.

On the other hand, rather than being formed integrally on the top of the container 10, the elastic support piece 214, the guide plate 216 is formed to form a separate auxiliary plate 210 to increase the efficiency of the work and manufacturing process container 10 It is fitted at the top.

The auxiliary plate 210 has at least one fixing member 218 to be fitted and fixed to the fixing end 152 of the upper cap 150.

4, the application tool 30 includes a front comb 320 formed with a plurality of combs 322 having a comb-discharge hole 322a for releasing gel to the outside, and a rear of the front comb 320. Comb cover 340 to close the, and the contact plate 382 formed with a plurality of contact protrusions (386) that can control the comb-discharge hole (322a) between the front comb 320 and the comb cover 340 is The guide tube 360 and the guide tube 360 and the intermittent shaft (10) which allow the combined interruption shaft 380, the interruption shaft 380 to interrupt and release the entrance of the comb-discharge hole 322a. Spring 390 is provided between the 380, the front comb 320 and the comb cover 340 is coupled by ultrasonic bonding.

Then, the lower end of the front comb 320 and the comb cover 340 is inserted into the coupling hole 156 formed in the insertion hole 154 of the upper cap 150 of the container 10 to prevent the separation protrusion ( 156a is provided with a binding protrusion 324b corresponding to each other, and a body 324 having a suppression protrusion 324a for preventing deep insertion is formed.

The guide tube 360 is provided with an insertion hole 364 to fit the intermittent shaft 380, and is provided with a discharge hole 366 that can be discharged to the outer periphery, the extrusion described above to the bottom The same inclined portion 362 is formed to be in surface contact with the inclined portion 232 of the upper end of the discharge tube 230 of the means 20.

On the other hand, the outer periphery of the guide tube 360 is formed with a guide protrusion 368, the front comb 320 and the body of the comb cover 340 corresponding to the guide projection hole 326 is provided for application At the time of rotating the 30, the guide tube 360 may be linearly moved on the inclined portion 232 of the discharge tube 230.

In addition, the intermittent shaft 380 in which one side of the lower end is inserted into the insertion hole 364 when the guide tube 360 is linearly conveyed is also linearly conveyed, thereby helping to smoothly transport the intermittent shaft 380 which is linearly conveyed. The main guide protrusions 388 are formed, and the protruding pieces are formed on the inner circumferential surface of the comb cover 340 so as to correspond thereto.

Referring to the operating state of the hair gel container of the present invention configured as described above are as follows.

5 to 7 are planar cross-sectional views of operation stages of the hair gel container, and FIG. 5 illustrates a state before the operation of the hair gel container. The protrusions fitted corresponding to the protrusions 134a of the upper fixing part 134 of the screw shaft 130 ( A latch wheel 240 having a 244 formed thereon is provided, and a button 252 having a chuck 254 formed with a claw 254a that pushes the latch gear 242 composed of the outer circumference of the latch wheel 240 is provided. The support plate 252 and the support plate 210 which is integrally formed at the lower end of the elastic support piece 214 and the elastic support piece 214 to maintain a predetermined distance by the spring 260 to maintain the tension state. ) Is a guide plate 216 formed with a forward and backward path 216a for guiding the guide pins 256 protruding downward from the push piece 254 to support the bottom of the push piece 254.

At this time, when the button body 250 is pushed in the direction of the arrow shown, the spring 260 accommodated therein receives a compressive force, and the push piece 254 is guided to the advance path 216a of the guide plate 216 as shown in FIG. 6. Proceed by the guide pin 256, at this time the toenail 254a formed on one side of the push piece 254 pushes the ratchet gear 242, the latch wheel having a ratchet gear 242 by this push force ( 240 is rotated about the screw shaft 130 having the projection 134a interposed with the projection hole 234.

After that, as shown in FIG. 2, the screw shaft 130 rotated by the operation of the button body 250 rotates to the threaded portion 132 screwed with the piston 120 located at the bottom of the accommodation chamber 110 of the container 10. The delivery of the screw 120 to the piston 120 is raised to compress the gel stored in the receiving chamber 110, at this time, the sealing tube 220 and the sealing tube fitted in the discharge hole 170 provided on the top of the container The compressed tube is ejected to the ejection tube 230 having the ejection hole 234 inserted into the 220 as it is ejected. (Refer to the arrow.)

In addition, the discharged gel is to be delivered to the applicator 30 through the discharge tube 230 and the discharge hole (366).

The application tool 30 is a gel discharged into the transfer hole 342 formed between the front comb 320 and the comb cover 340, the comb teeth discharge hole formed in the plurality of comb teeth 322 of the front comb 320 The final discharge to the outside through the inlet of (322a).

Then, when the external force applied to the button body 250 is released as shown in FIG. 7, the spring 260 subjected to the compressive force inside the button body 250 is formed on the auxiliary plate 210 by the restoring force. The button 252 is retracted based on).

At this time, the push piece 254 formed on one side of the retracted button 252 is that the guide pin 256 protruding at the bottom is guided along the advance path 216a of the guide plate 216, for example, the advance path 216a. The separation wall formed in the advance path 216a in consideration of the problem that when the forward and backward directions are the same, the claw 254a pushing the ratchet 242 may retract the latch wheel 240 again while retreating. 216b) to retreat.

On the other hand, when the guide pin 256 is described in more detail the process of riding the separation wall 216b when the retreat after moving forward, Figures 8a to 8d is a guide pin 256 at the leading and the retreat starting point in the advance path (216a) 8A is an enlarged cross-sectional view showing an ongoing state of FIG. 8, in which the guide pin 256 is advanced along the advance path 216a, and FIG. 8B illustrates that the guide pin 256 is advanced in the advance path 216a. It proceeds by forcibly pushing the resilient portion 216b-1 of the separating wall 216b having a width smaller than the outer diameter of the guide pin 256 formed at the peak portion, and FIG. 8C shows that the guide pin 256 has reached the forward peak. As such, the elastic part 216b-1 forcibly pushed by the advanced guide pin 256 is returned to its original state by the elastic force.

Hereinafter, when the button body 250 is retracted by the spring 260, the outlet from which the resilient portion 216b-1 of the separation wall 216b is returned to its original state is reduced as shown in FIG. 8D, and the separation wall 216b is inevitably reduced. To retreat to another route.

Referring to FIG. 7 again, the push piece 254 entering the retraction path by the elastic portion 216b-1 of the separation wall 216b formed in the advance path 216a of the guide plate 216 is a ratchet gear 242. It will return to the original state without interfering with.

When the user presses the button body 250 until the user obtains the desired gel with the hair gel container operated as described above, the gel is discharged to the comb-discharge hole 322a of the applicator 30, so that the user While combing to every corner, it is convenient and can not only produce a simple hairstyle, but also hassle-free, such as conventional hand.

And, in the case of storing after using the hair gel container, as shown in Figure 9 when rotating the application tool 30 in the 180 ° direction guide tube 360 and the surface having a slope 362 located at the bottom of the application tool 30 The lowest point of the inclined portion 362 of the guide tube 360 is raised to be located at the highest point of the inclined portion 232 of the discharge tube 230 by the inclined portion 232 of the discharge tube 230 in contact. In this case, the guide pipe 360 is applied to the spring 390 located inside the body 324, the guide protrusion 326 of the body 324 interposed with the guide protrusion 368 protruding on the outer periphery Forced vertical rise while being guided.

At this time, the body 324 of the applicator 30 is prevented from being separated by the interruption of the binding protrusion 156a and the binding protrusion 324b.

The intermittent shaft 380, one end of which is fixed by the guide tube 360, which is lifted up, is also raised, and the contact protrusion 386 of the contact plate 382 coupled by the engaging protrusion 384 of the intermittent shaft 380. As it rises to block the entrance of each comb protrusion hole (322a) will be able to suppress the flow out of the gel.

Therefore, even if you try to operate the button body 250 in the above state will not come out of the gel.

11 is at least one position correction tool 328 is formed so that the correct position can be found when the application tool 30 is rotated 180 °, the coupling hole 156 of the upper cap 150 insertion hole 154 to correspond to ) Is provided with a position correction hole (158).

In addition, the position corrector 328 has a semicircular shape, and is formed at any one side of the body 324 at 180 ° intervals, and the position correction hole 158 corresponding thereto is preferably formed at a 180 ° interval in a semicircular shape.

According to the present invention as described above, to eliminate the hassle of applying the gel directly to the hand or to prepare a comb separately, it is possible to produce a simple and convenient hairstyle by repeated button pressing action through the one-touch method of the button There is an advantage.

On the other hand, it is provided with a piston directly in the container to be able to use all the remaining amount of the gel in the receiving chamber has the advantage of reducing the environmental pollution with material savings.

Although the present invention has been described with reference to the accompanying drawings, many modifications and variations can be made without departing from the scope of the following claims.

For example, up to now, the piston provided in the storage chamber of the container is capable of being configured to extrude the gel while descending in the manner of extruding the gel or reversely.

Claims (13)

A container 10 having a storage chamber 110 for storing gels; Extrusion means 20 to discharge the gel stored in the container 10 to the outside by pressing the button body 250; Hair gel container, characterized in that consisting of the application tool 30 having a comb discharge hole (322a) to apply the gel discharged by the extrusion means 20 directly to the hair. The method of claim 1, The container 10 includes a storage chamber 110 for storing a gel, a piston 120 for applying pressure to the gel in the storage chamber 110, and a screw portion screwed to raise the piston 120. 132 is provided with a screw shaft 130, and a hair gel container, characterized in that consisting of the discharge hole (170). The method of claim 1, The extrusion means 20 is pushed by the button body 250 having the push piece 254, the latch wheel 240 to rotate by the sliding action of the push piece 254, the rotation of the latch wheel 240 Hair gel container, characterized in that consisting of a discharge tube 230 is provided with a discharge hole 234 for transferring the gel. The method of claim 1, The extrusion means 20, the guide pin 256 formed to protrude to the lower end of the pressing piece 254 formed in the button 252 is rotated in the ellipse along the advance path 216a of the guide plate 216 Hair gel container, characterized in that for rotating the tooth wheel (240). The method according to claim 3 and 4, The hair piece container, characterized in that the claw (254a) is extended to a separate toenail (254a) that can act to push the rat tooth 242. The method of claim 4, wherein The advance path 216a is characterized in that the toenail 254a of the mill piece 254 is configured in an arc shape so as to push the ratchet gear 242 formed on the outer circumference of the latch wheel 240 as long as possible. Hair gel container. The method according to claim 4 and 6, In the advancing path 216a of the guide plate 216, the separation piece 216b is provided so that the push piece 254 pushes the rat gear 242 out of the range of interfering with the rat gear 254 when retreating. Hair gel container, characterized in that formed. The method of claim 7, wherein The separating wall 216b is a resilient portion 216b-1 after the guide pin 256 of the mill piece 254 reaches the apex of the advancing path 216a so as to retreat through the separating wall 216b without being reversed again. Hair gel container, characterized in that is formed. The method of claim 8, The hair 216d is formed to be separated from the bottom surface 216c of the advance path 216a so that an elastic force can be applied to the elastic part 216b-1 provided at one end of the separating wall 216b. Gel container. The method of claim 1, The applicator 30, the front comb after the built-in intermittent shaft 380 to open and control the comb-discharge hole 322a of the plurality of comb 322 formed in the front comb 320 340) the hair gel container, characterized in that the rear closed with a comb cover (340). The method of claim 10, The intermittent shaft 380 is a hair gel container, characterized in that the close contact plate (382) formed in the same number as the soft contact projection (386) comb discharge hole (322a) is coupled by the coupling projection (384). The method of claim 1, The hair gel container, characterized in that the application tool 30 to rotate 180 ° to open or to interrupt the inlet of the comb discharge hole (322a). The method of claim 12, A discharge tube 230 having an inclined portion 232 formed thereon, and an inclined portion 232 and a surface to rotate the applicator 30 by 180 ° so as to open or control the entrance of the comb discharge hole 322a. The guide tube 360 is provided with an inclined portion 362 having the same inclination to be in contact. When the application tool 30 is rotated by 180 °, the guide tube 360 is raised to closely adhere the protrusion shaft 380. Hair gel container, characterized in that the (386) to control the entrance of the comb discharge hole (322a).