ES2305850T3 - LABIAL COSMETIC PACKAGING. - Google Patents

Abstract

The present invention relates to a lip package for accommodating a liquid cosmetic, and more particularly, to a lip package for dispensing a desired amount of a flowable liquid cosmetic such as lip gloss, wherein upon pressing a button formed on the exterior of the container, an actuating member disposed within the container raises a piston to dispense a predetermined amount of the liquid cosmetic contained in the container, thereby improving convenience of use and enabling the use thereof with one hand due to the button type structure.

Description

Lipstick cosmetic container.

Technical field

The present invention relates to a container of cosmetic lipstick to house a liquid cosmetic and more particularly to a container of cosmetic lipstick to supply a desired amount of a fluid liquid cosmetic such as gloss of lips, in which after pressing a button formed on the outside of the container, an actuating member disposed within the vessel raises a piston to supply an amount predetermined liquid cosmetic contained in the container, thus improving the comfort of use and allowing the use with one hand due to the type structure button.

Prior art

Generally, lip gloss is Liquid liquid cosmetics used to prevent injuries to the lips, keep the color on the lips and the lip gloss and obtain healthy conditions and beauty effects of lips.

A container of cosmetic lipstick to accommodate said lip gloss comprises a compound cosmetic applicator by a part of cylindrical rod formed integrally with or coupled to a fastener and a brush part inserted so fixed at a lower end of the rod part and a body of liquid lip gloss container housed inside, as shown in Figure 11.

At this time, the container has a mouth through which only a minimum amount of the liquid lip gloss is brought into contact with the external ambient air. Therefore, the rod part is formed to be elongated so that after inserting it into the container, a lower end of the brush part fixedly inserted in the rod part is in contact with the lower surface of the container and have a diameter so that it can enter and be removed from the container through the mouth of the container. When the brush part of the brush rod is smeared with liquid lip gloss due to repeated vertical movement of the brush rod, the brush rod
Pillo is removed from the container and then used to apply lip gloss to the desired region of the human body.

However, like this cosmetic container lipstick is constructed so that the brush rod with the brush part attached to it is removed from the body of the container and then used, there is a problem that a large amount of liquid lip gloss lodges in the body of the container, rod part and brush part remain soaked with an excessive amount of lip gloss, causing in this way that the lips and even the skin around the They are soaked with liquid lip gloss.

Additionally, as the brush part of the Brush rod should be soaked with liquid lip gloss regardless of what lip gloss is used, the dipstick brush must be connected often with and disconnected from the container. At this time, there is a problem that the bristles of the brush part often come into contact with the mouth of the container, the bristles can curl out or bend to the get out. Also, as the bristles harden quickly when exposed to the atmosphere for a long time, there is a problem of discomfort of use because the brush part has hardened and the like

To solve the mentioned problems above, as shown in Figure 12, the Publication of Korean Public Patent No. 10-2003-0015539 (Application Nº 10-2001-0049313) titled "Container for liquid type lip pencil" describes a container comprising a container body 110 to accommodate a lipstick liquid 100; a tip 120 rotatably coupled to a part upper body of the container and a lid 130; a body of brush 140 and a brush B that comes out vertically or that retracts in response to the rotation of the tip 120; a lower ledge 150 rotatably coupled to a lower part of the body of the container 110; an internal screw 160 that functions in response to the rotation of the lower projection 150; a screw bar 170 with a piston 171 at an upper end thereof that moves vertically by internal screw 160; and a tube 180 installed to allow liquid in the container body reach a lower end of the brush according to the direction of piston 171. A circumferential shoulder 113 of the projection bottom 150 connects with a circumferential groove in the part bottom of the body of the container 110 so that the projection lower 150 can be rotated. When the lower ledge 150 it turns, the projections 154 in the upper circumference of the lower projection circulate over the projections 164 of the screw internal 160 to generate clicks and female threads 152 of the lower ledge 150 connect simultaneously with the threads of the screw bar 170 to rotate and move the bar screw a predetermined spacing. The piston 171 coupled to the top end of screw bar 150 drives liquid 100 housed in the body of the container 110 and the liquid lipstick passes through tube 180 and then absorbed into the brush. From said way, the liquid lipstick is hermetically housed in the container and is supplied gradually in response to rotation of the lower projection 150.

However, to apply makeup using the container for said liquid type lipstick, the body of the container 110 must be held with one hand and the projection Lower 150 should be held and rotated with the other hand. Is say, how both hands should be used, there is a problem of discomfort to apply makeup while looking at a portable mirror or similar.

The lid 130 is in a coupled state when the Liquid lipstick container is not used. Without However, as the lower projection 150 can be rotated even when the lid 130 is coupled to the body of the container 110, there is risk of supply of the liquid that leads to a problem in which the inside of a bag with the container stored in its inside is soaked with liquid.

Additionally, as the pencil container of liquid type lips has a brush that has a plurality of sows that have a predetermined length there are problems of that the total lengths of the bristles should be soaked with the liquid lipstick and, in this way, a large amount is consumed of the liquid lipstick and the liquid lipstick dries too quickly.

In addition, the manufacturing process of the container for the liquid type lipstick it is complicated due to the coupling structure of the lower projection 150 for supply the liquid and the coupling structure for cause the brush body 140 to exit the body of the container 110. Like most cosmetic containers liquids with said structure are formed to be elongated and fine in aesthetic terms there is a disadvantage that only approximately 1.5 to 2.0 ml of liquid cosmetic can be housed in the body of the container 110.

A supplier of liquid cosmetic that has only one supply hole is described in WO 8911445A, in which an actuator member vertically raises a piston in response to a push button operation button.

Description of the invention

The present invention is intended to solve the problems mentioned above in the prior art. By consequently, an object of the present invention is to provide a cosmetic lipstick container in which after pressing a button formed on an outer peripheral surface of a cylinder, a actuator member disposed within the body of the container is operates to raise a piston so that it can supply a liquid cosmetic housed in the cylinder, thus achieving ease of use and supply of liquid cosmetic with one hand due to the button type structure in a state in which the lipstick cosmetic container is held with hand and you can apply makeup quickly and in a way Convenient even with one hand.

Another object of the present invention is provide a cosmetic lipstick container with a function of lock through which a button cannot work when a lid is attached to a container body.

Another object of the present invention is provide a container of cosmetic lipstick that can be used more easily due to a supply member to supply a Liquid cosmetic that is in the form of a general lipstick.

Another object of the present invention is provide a container of cosmetic lipstick in which a member of Porous absorption to receive a liquid cosmetic fits over a supply member, applying this way more easily The liquid cosmetic to the skin.

Another object of the present invention is provide a cosmetic lipstick container in which a structure internal to supply a liquid cosmetic is built simply to accommodate a large amount of the cosmetic liquid.

In accordance with the present invention, for get the objects a cosmetic lipstick container is provided comprising a container body with a push button that protrudes from an outer circumferential surface thereof; a cylinder coupled to the container body to contain a liquid cosmetic; a supply member coupled to the cylinder which has an upper surface formed with a plurality of supply holes; a piston that has the same shape and size that a cross section of the cylinder and that rises to what length of an inner circumferential surface of the cylinder to pressurize the liquid cosmetic; and an actuating member that accommodates inside the body of the container and that lifts vertically the piston in response to a push button operation push button to deliver the liquid cosmetic through the member of supply.

The lipstick cosmetic package may comprise additionally a cover detachably coupled to a surface  outer circumferential of the cylinder to close the member of supply. The push button can protrude from the surface outer circumferential of the container body so that after attach the cover to the outer circumferential surface of the cylinder, one end of the lid can be adjusted in a hollow of setting the push button to set the push button.

The upper surface of the supply member can be formed so that it is inclined with respect to a section transverse of the cylinder and having a plurality of holes of supply inside.

The lipstick cosmetic package may comprise additionally an absorption member that includes a sponge for cover the upper surface of the supply member.

The actuating member may comprise a plate of rotating nut in response to the thrust operation of the push button; and a screw bar that is connected so threaded with the nut plate and that rises in response to the rotation of the nut plate, with which the piston coupled to the screw bar can be raised in response to the elevation of the screw bar

The actuating member may comprise a cam that rises vertically in response to the push operation of the push button; and a screw bar that connects with the cam through the coupling of convex and concave parts corresponding and that rise along with the cam a distance to through which the cam is raised, bringing the piston coupled to the screw bar can be raised in response to the lift of the screw bar.

The push button can comprise a part of button protruding out through a hole in the container body; and a moving part that extends from a side of the button part and fixed inside the body of the container. Both side walls of the mobile part are formed with guide rails that have a level difference to make operate the actuator member and the distal end surfaces of the side walls are formed with the coupling holes to which an elastic member is attached to allow the button Push button move horizontally. The coupling projections of the cam can be inserted into the guide rails of the push button so that the cam can rise vertically in response to the horizontal movement of the guide rails. Screw bar can rise vertically in response to vertical elevation of the cam.

The actuating member may comprise additionally a support member placed below the cam and coupled to the ratchet-shaped screw bar for support the vertical elevation of the screw bar.

Advantageous effect

The present cosmetic lipstick container invention comprises a push button protruding out of a container body, an actuator member that works by pressing the push button, a piston raised vertically by the actuator member and a supply member coupled to a cylinder to supply a liquid cosmetic. When a user presses the push button, the liquid cosmetic contained in the cylinder is supplied in a predetermined quantity resulting in a easy use of it. Additionally, as the user holds the container body with one hand and press the push button with a finger of the hand that holds the body of the container, the user You can apply makeup using only one hand. This way it Provides a more comfortable lip cosmetic container.

Additionally, as the push button that protruding out of the cylinder is formed with the fixing hole  and after attaching the cylinder cover the cover fits into a hole for setting the push button to set the push button, the lid performs a blocking function when the lid engages the cylinder after applying makeup. In this way, it provides a container of cosmetic lipstick that has no risk of leakage of the liquid cosmetic outwards.

In addition, since the upper surface of the supply member through which the liquid cosmetic is supplied to the outside has an inclined surface similar to an upper surface of a general solid lipstick, a lipstick cosmetic package is provided that allows for a much easier application. from the liquid cosmetic to the
skin.

Additionally, as the absorption member soft with high absorbency attaches to the upper surface of the supply member and the liquid cosmetic is absorbed by the absorption member, a lipstick cosmetic container is provided which allows a more effective application of the liquid cosmetic to the skin and that has a better sensation of the applicator to the skin.

Also, as the cylinder and the cap are formed similar to those of a general solid lipstick in size and shape and, in this way, they have large internal spaces, a container of lipstick cosmetic capable of containing a Large amount of liquid cosmetic.

Brief description of the drawings

Figure 1 is a perspective view that shows a container of cosmetic lipstick according to a first embodiment of the present invention.

Figure 2 is a perspective view exploded from the lipstick cosmetic container of Figure 1.

Figures 3 and 4 are views that are illustrate operating states of the lipstick cosmetic package of according to the first embodiment.

Figure 5 is a sectional view showing a state in which a lid is attached to the liquid container of the present invention

Figure 6 is a perspective view that shows the addition of an absorption member to the cosmetic container  lipstick of Figure 1.

Figure 7 is a perspective view awake showing a container of cosmetic lipstick according to a second embodiment of the present invention.

Figures 8, 9 and 10 are section views that illustrate operating states of the lipstick cosmetic package according With the second embodiment.

Figures 11 and 12 are perspective views They show conventional lipstick cosmetic containers.

Best way to realize the invention

Hereinafter, a container of lipstick of the present invention to achieve specifically the objects will be described with reference to the attached drawings. Particularly, the liquid lip gloss is used as a liquid cosmetic in the embodiments of the present invention.

Figure 1 is a perspective view that shows a container of cosmetic lipstick according to a first embodiment of the present invention and Figure 2 is a view in exploded perspective showing a state in which the components of the cosmetic lipstick container according to the embodiment shown in Figure 1 are disassembled. In the container of cosmetic lipstick of this embodiment, a supply member 2, a piston 3, a push button 4, an actuating member 6 and a bottom lid 5 are received in a container body 1 and the Liquid lip gloss (see Figures 3 and 4) is contained in a cylinder 11 coupled to the body of the container 1. Here, although the container body 1 and cylinder 11 are integrally formed each other, will be described separately in view of the characteristics of its uses since the body of the container 1 receives  drive components inside and cylinder 11 It contains liquid lip gloss 9 inside.

The body of the container 1 defines a space to accommodate the actuator components to provide brightness of liquid lips 9. The cylinder 11 to contain the brightness of Liquid lips 9 attaches to an upper part of the body of the container 1, and the actuator components to supply towards above the liquid lip gloss 9 are accommodated within a lower part of container body 1 below the cylinder 11. Here, as an outer circumferential surface of the cylinder 11 has a diameter smaller than that of a circumferential surface outside the body of the container 1, a stepped part 16 is shape at the junction between cylinder 11 and the container body one.

Cylinder 11 defines a space to contain the liquid lip gloss 9. A neck part 13 that is a passage through the liquid lip gloss 9 is formed within a edge 12 of the cylinder 11. The neck portion 13 is formed so that have a smaller diameter than that of edge 12. In this way, a coupling groove 14 with a width and depth is formed predetermined between the edge 12 and the neck part 13 so that the supply member 2 to be described later You can look at it. The lower part of the body of the container 1 is formed with an opening 17 through which the actuating member 6 and the lower cover 5 are coupled to the body of the container 1.

Additionally, a through hole 15 with a default size is formed on one side of cylinder 11 so that a button portion 41 of the push button 4 to be described later it can be connected with the hole 15. More specifically, the passage hole 15 is formed in a part of the container body 1 in which the stepped part is formed 16.

The diameter of a circumferential surface internal of a lid 7 is identical to that of the surface outer circumferential of cylinder 11. The cover fits over the upper body of container 1 and then lowered towards and is taken by the stepped part 16 which defines a boundary between the cylinder 11 and the body of the container 1 so that it can integrate with cylinder 11.

Supply member 2 is a means to supply the liquid lip gloss 9 contained in the cylinder 11 to the outside through the neck part 13. A lower part of supply member 2 opens to communicate with the part of neck 13 and an upper surface 24 of the supply member are form with a plurality of supply holes 25. A flange overhang 21 that sits on edge 12 of cylinder 11 it forms around an outer circumferential surface of the supply member A fixing part 22 with a width and length corresponding to the width and depth of the groove of coupling 14 extends from a bottom of the flange 21 so that it can be set in and fixedly connected with the coupling groove 14 of cylinder 11.

Additionally, a gap 23 connected to the outer circumferential surface of the supply member 2 which extends downward from the upper surface 24 is formed inside flange 21, so that a member can be made of porous absorption 8 (see Figure 6) with high absorbency such as a sponge cover the upper surface 24 and have an end distal thereof adjusted in the recess 23.

Preferably, the upper surface 24 is way to lean similar to a general solid lipstick so that it takes the form of a flat or tapered circle towards the center of the same.

Piston 3 is a means to boost brightness of liquid lips 9 contained in cylinder 11 towards the member of supply 2. The piston 3 is disk-shaped with a certain thickness. To prevent liquid lip gloss 9 from dripping towards below, the piston 3 is formed so that it has the same shape and size that a cross section of the internal circumference of the cylinder 11. The center of the bottom of the piston 3 is formed with an adjustment gap 31 in which a screw bar is adjusted 60 of the actuator member 6 to raise the piston 3. In addition, the piston 3 is made of silicone or an elastic synthetic resin of so that when the piston 3 is arranged inside the cylinder 11, the piston 3 is adjusted by pressure in cylinder 11 and seals total and tightly inside the cylinder 11 due to the properties of the piston material. In this way, the brightness of Liquid lips 9 flow down the cylinder 11. As the piston 3 can move due to the material properties of it when an external force is applied to it, it rises while liquid lip gloss is boosted 9.

Push button 4 is a means to transmit a force external to the actuating member 6 to raise the piston 3. The push button 4 comprises the button part 41 mounted on the through hole 15 of cylinder 11 to transmit force external and an operative part 46 attached to the surface internal circumferential of the body of the container 1 and coupled to the button portion 41 so that a nut plate 70 of the actuator member 6.

Button part 41 comprises a section of pressure 42 with a predetermined size so that a user you can press it, extending a connection section 43 horizontally from a lower end of the pressure section 42 back, and a coupling section 44 extends vertically upward from a distal end of the section of connection 43. Coupling section 44 is fixedly coupled to the operative part 46, and a lower surface of the section of connection 43 sits on a bottom of the through hole 15 so that the pressure part 42 can move in a forward and backward direction. Here, the pressure section 42 is sized to be smaller than the passage hole 45 of so that it can move freely inside the hole 15 in the forward and backward direction while the section coupling 44 is sized to be larger than the hole step 15 so that the coupling section 44 cannot get out.

The operative part 46 is formed so that it has a circumferential length greater than the circumference of the body of the container 1 so that it may have a slight excess of length while covering the inner circumferential surface of the container body 1. An elastic projection 48 of the operative part 46 so that it takes the form of a flat panel with a predetermined length and thickness to fit between teeth adjacent 73 formed in the nut plate 70 of the member Operational 6. Operational part 46 will be described below. dividing it into a link surface 47 to join it to the internal circumferential surface of container body 1, a non-bond surface 47 'coupled to button part 41 and the elastic projection 48.

When link surface 47 joins fixed shape to cover the rest of the circumferential surface inside the body of the container 1 except the hole 15, the non-bond surface 47 'extending from the surface of link 47 is placed in the passage hole 15. The section of coupling 44 of the button part 41 inserted in the body of the container 1 through the hole 15 joins and integrates with the non-bond surface 47 '. As elastic projection 48 extending from the non-bond surface 47 'is formed to curving inwards, elastic projection 48 is in contact with the teeth 73 of the actuator member 6.

Therefore, when a force is applied external to the button portion 41, the connection section 43 of the button portion 41 is pushed into the passage hole 15 and at the same time the non-bond surface 47 'of the operative part 46 integrated with the coupling section 44 of the button part 41 It moves inward or backward. Then the projection elastic 48 extending from the non-bond surface 47 ' pushes one of the teeth 73 of the actuator member 6 and the angular positions of the teeth 73 change. When the force external is removed, the button part 41 returns to its position original and operative part 46 is also restored to its state original due to its elasticity. Therefore, the projection elastic 48 comes into contact with another tooth adjacent to the tooth 73

Although the button part 41 and the operative part 46 are formed separately from each other, it is possible to form them integrally

Additionally, when the cover 7 is coupled to the container body 1 in a state in which the button part 41 of the push button 4 has been installed in the body of the container 1, the lid 7 is lowered while sliding on the surface outer circumferential of the body of the container 1 and then seat in connection section 43 of button part 41 installed in the hole 15. That is, as the section of coupling 44 of the button part 41 is placed on the surface internal circumferential of the body of the container 1 through the through hole 15, the pressure section 42 of the button part 41 is placed outside the body of the container 1 and the section of connection 43 to connect the pressure section 42 to the section of coupling 44 sits at the bottom of the hole step, a lower end of the lid 7 sits in a recess of fixing 45 in connection section 43, whereby the cover is attaches to the container body 1. In this way, the push button 4 is in a fixed state in which it cannot function due to the cover 7.

Operating member 6 is a means to raise the piston 3 while turning by the operation of the button button 4. The operating member 6 comprises the nut plate 70 rotated by the elastic projection 48 of the push button 4, the bar screw 60 raised vertically through the threaded connection with the nut plate 70 to raise the piston 3, a ring of elastic support 80 to which the nut plate 70 fits in shape ratchet so that a predetermined spacing can be rotated only in one direction and an elastic member 90 to support the elastic support ring 80 to maintain ring contact elastic support 80 with nut plate 70.

Screw rod 60 is formed to take the shape of an elongated rod and has a circumferential surface  external formed with threads 61 that will be connected with threads 75 formed in a central bore 74 of nut plate 70. A upper end of the screw bar is fixedly fixed in the adjustment gap 31 of the piston 3. Additionally, it is formed by minus a guide groove 62 with a predetermined depth longitudinally across the entire length of the bar screw 60 on an outer circumferential surface of the same.

A disc of nut plate 70 is formed to having a smaller diameter than the circumference inside the body of the container 1 so that it can be rotated inside the lower part of the body of the container 1. Here, the diameter of disc 71 is determined so that the disk is taken by the operative part 46 fixed to the body of the container 1 and in this way it cannot rise beyond the operative part. A gear shaft 72 protruding upward from the center of the disk 71 is formed to have a predetermined length so that the elastic projection 48 of the operative part 46 enters contact with the gear shaft. A circumferential surface complete outer gear shaft 72 is formed with teeth that protrude vertically 73 that are sized to correspond to the thickness of the elastic projection 48. Additionally, the central perforation 74 is formed longitudinally through the nut plate 70 in the center of nut plate 70 ie the center of the disc 71 and the gear shaft 72 so that the Screw rod 60 can be inserted into the central hole. A internal circumferential surface of the central bore 74 is shape with threads 75 corresponding to threads 61 formed in the outer circumferential surface of the screw bar 60. In this way, when the nut plate 70 is rotated after a screw bar 60 has been inserted into the central hole 74 of nut plate 70, screw bar 60 rises vertically upwards through the threaded connection of the same with the threads 75 formed in the central bore 74.

In addition, a lower surface of the disc 71 is shape with a plurality of ratchet teeth 76 radially around central hole 74 and at an interval predetermined. As each of the ratchet teeth 76 is triangle-shaped with right angles, nut plate 70 It can only turn in one direction. Ratchet teeth 76 are formed at the predetermined interval corresponding to a certain spaced so that when the nut plate 70 is rotated in a state in which disk 71 is assembled with the support ring elastic 80 to be described later, the screw bar 60 rises (refers to operational states shown in the Figures 3 and 4).

The elastic support ring 80 is formed to take the form of a cylinder with upper and lower faces open and having a diameter slightly smaller than that of the disc 71 so that the elastic support ring 80 can be inserted in a lower part of the disc 71 of the nut plate 70 and then fit in the form of a ratchet to it. A part circumferential of the upper face of the elastic support ring 80 is formed with at least one cooperating ratchet 81 trigger with the ratchet teeth 76 of the nut plate 70. When the nut plate 70 is rotated after the support ring elastic 80 has been inserted into the bottom of disc 71 of the nut plate 70, the nut plate can only be rotated in one direction due to the cooperating teeth configuration ratchet 76 and ratchet trigger 81. In addition, the minus a flange 82 so that it protrudes vertically outward from an outer circumferential surface of the support ring elastic 80. When the elastic support ring 80 is inserted into a seat recess 55 of the lower cover 5, the flange 82 of the elastic support ring 80 fits into a support groove 57 formed on an inner circumferential surface of a rod cylindrical 56 of the lower cover 5 so that the ring of elastic support 80 may be in a fixed state that is not interconnected with the rotation of nut plate 70.

The elastic member 90 is formed by a spring with high elasticity and serves as a means to support the elastic support ring 80 and nut plate 7. The member elastic applies an elastic force to the bottom of the ring of elastic support 80 so that the nut plate 70 coupled in the form of a ratchet to the elastic support ring 80 seated in the seat opening 55 of the lower stage 5 can be rotated Easily on your site.

The bottom cover 5 comprises a surface bottom 51 to close the lower part of the container body 1 with the opening 17 formed inside, extending the cylindrical rod 56 upward so that the surface bottom 51 can be coupled to the body of the container 1 through the opening 17, and a tongue 52 extending upwards from the center of the bottom surface 51 to support the bar of the screw 60 of the actuating member 6 so that the bar of the screw can be raised vertically. Here, the seat gap 55 wherein the elastic support ring 80 and the elastic member 90 fit is defined between the cylindrical rod 56 and the tongue 52. The vertical lengths of the cylindrical rod 56 and the tab 52 are determined to receive the coupled elastic member 90 and the elastic support ring 80 as a whole.

Additionally, at least one support groove 57 it forms vertically on the inner circumferential surface of the cylindrical rod 56 so that when the ring of elastic support 80 is inserted into the seat recess 55, the flange 82 of the elastic support ring 80 fits in the groove of support 57. In this way, the elastic support ring 80 it can move vertically due to elastic member 80 although it prevent it from turning The tongue 52 is formed with an internal perforation 53 on which screw bar 60 is adjusted. A surface internal circumferential of the internal perforation 53 is formed vertically with a guide boss 54 along the entire length of the inner circumferential surface to correspond to guide groove 62 of screw bar 60. Accordingly, when screw bar 60 is inserted into the internal bore 53 of the tongue 52, is inserted therein while the groove guide 62 of the screw bar fits over the projection of guide 54 of the tongue 52. In this way, the screw bar 60 It can be raised vertically although it cannot be turned.

In the container of cosmetic lipstick according to the first embodiment of the present invention constructed as in In the previous case, the supply member is coupled to the part top of cylinder 11 and piston 3 with screw bar 60 fixed to it is installed inside the body of the container 1 coupled to the cylinder 11. The operative part 46 and the button part 41 are installed inside and outside the cylinder with respect to the hole step 15, respectively. The nut plate 70 is installed from rotational form below the operative part 46. The projection elastic 48 of the operative part 46 is in contact with the shaft of gears 72 of the nut plate, the screw bar 60 is screw into the central hole 74 of the nut plate 70 and the elastic support ring 80 and the elastic member 90 are assemble sequentially on the bottom of the plate nut 70. At this time, the elastic support ring 80 and the elastic member 90 is contained in the seat recess 55 of the bottom cover 5 and screw bar 60 protruding through the central hole 74 of the nut plate 70 is also fixed in the internal perforation 53 of the tongue 52 formed in the lower cover 5. The lower cover 5 is adjusted by pressure on the opening 17 of the container body 1.

Then the operating principle of lipstick cosmetic container according to the present invention constructed as in the previous case will be described with reference to Figures 3 and 4. In the figures, liquid lip gloss 9 It is contained above the piston 3 installed inside the cylinder 11 of the cosmetic lipstick container. For reference, a tooth 73 of the nut plate 70 with which the elastic projection 48 of the push button 4 is in contact before push button 4 of the cosmetic lipstick container is pressed, it is called in this document "A" and another tooth 73 with which the projection elastic 48 of the push button 4 is in contact after the pressure force is removed from push button 4 of the Lip cosmetic is referred to herein as "B".

In a state, in which the user holds the container body 1 with one hand, press the section of compression 42 of the button portion 41 protruding from one side of the cylinder 11. The connection section 43 connected to the section of pressure 42 is pushed into the body of the container 1 through the through hole 15 and coupling section 44 extending from connection section 43 and is located within the hole of step 15 and engages the non-bond surface 47 'of the part operating 46 moves along with the non-bond surface 47 ' into the cylinder 11. With the horizontal movement of the non-bond surface 47 'of the operative part 46, the elastic projection 48 of the operative part 46 that is in contact with the gear shaft 72 of the nut plate 70 the member actuator 6 pushes the tooth 73 (A) of the gear shaft 72, rotating in this way the gear shaft 72. When the force applied to the button part 41 is removed, the button part 41 returns to its original position due to an elastic force from the non-bond surface 47 'of the operative part 46 and the projection elastic 48 comes into contact with tooth 73 (B) that moves in response to the rotation of the gear shaft 72. Here, the screw bar that has been screwed into the central hole 74 of the nut plate 70 rises vertically through the threaded connection of the same with the thread 75 of the perforation center 74 when the nut plate 70 is turned and the piston 3 is fixed coupled to the upper end of the screw bar 60 towards above boosts and pressurizes liquid lip gloss 9. From this way, the liquid lip gloss 9 is supplied from the upper surface 24 of the supply member 2 through the supply holes 25 thereof through the neck portion 13 of cylinder 11.

As the bottom surface of disk 71 of the nut plate 70 is formed with ratchet teeth 76 to a default spacing and ratchet trigger 81 is formed in the upper face of the elastic support ring 80 to support the bottom surface of disc 71 so that nut plate 70 and the elastic support ring 80 are constructed to engage with each other in the form of a ratchet, and the elastic support ring 80 is supported by elastic member 90 at the bottom of the same, nut plate 70 is rotated in spacing predetermined by the elastic support ring 80 coupled to fixed shape to the cylindrical rod 56 to raise the bar screw 60 at a predetermined distance. Additionally, as the screw bar 60 is in a state in which it is inserted into the internal perforation 53 formed in the tongue 52 of the lid lower 5, that is, in a state in which the guide groove 62 of the screw bar 60 fits over the guide boss 54 of internal drilling 53, screw bar 60 can be made go up or down without rotation.

After using liquid lip gloss 9, step 7 is coupled to cylinder 11 to close the cylinder as shown in Figure 5. The cover 7 is lowered while the outer circumferential surface of cylinder 11 to reach the stepped part 16 and adjust it in the fixing hole 45 of the button part 41 installed inside the passage hole 15 formed on one side of the stepped part 16. Thus, the cover 7 is attaches to cylinder 11. When the cover 7 fits in the hollow of fixing 45 of the button part 41, the button part 41 is in a fixed state in which it cannot move in the hole 15. That is, a structure such as a lock is established. By consequently, even if an external force is applied to the button button 4, button part 41 and operating part 46 and the 6 and 6a actuating member that cooperates with them does not work, preventing in this way that the liquid lip gloss 9 is supply abroad through supply member 2.

Additionally, the supply member 2 a through which the liquid lip gloss is supplied can have the upper surface 24 which is convex-shaped or an inclined surface such as a solid lipstick general for easier use of it or is tapered towards the center of it. Preferably, the porous absorbent member 8 with high absorbency such as a sponge attaches to the surface upper 24 of supply member 2 as shown in the Figure 6 so that the liquid lip gloss 9 supplied to through the supply member 2 can permeate towards the member absorbent 8. In this way, the sensation of the applicator to the lip It is good and liquid lip gloss 9 absorbed by the limb absorbent 8 can be more easily applied to the lip.

In addition, as the cylinder and the cover 7 are formed similar to the lipstick container to accommodate a solid lipstick in size and shape, you can get a higher internal space In this way, the cylinder 11 can contain approximately 3.0 ml of liquid lip gloss 9 inside. Figure 7 is a exploded perspective view showing a cosmetic lipstick container according to a second embodiment of the present invention. The cosmetic lipstick container according with the second embodiment of the present invention comprises a container body 1 to accommodate a supply member 2, a piston 3, a push button 4a, an actuating member 6a and a bottom 5a and a cylinder 11 to contain lip gloss liquid 9 coupled to the body of the container.

Here, like the body of the container 1, a lid 7, cylinder 11, supply member 2 and piston 3 have the same configurations as those of the first embodiment of the present invention described above, the detailed descriptions in them.

Push button 4a is a means to transmit a force external to the actuating member 6a to raise the piston 3. Push button 4 comprises the button portion 41a that protrudes out through the hole 15 of the cylinder 11 and a moving part 46a extending from one end of the part of button 41a and is placed inside the body of the container 1 to make operate the actuating member 6a to be described later.

The button part 41a comprises a section of compression 42a protruding out of the container body 1 through the passage hole 15 of the cylinder 11, a section of connection 43a extending horizontally from one end bottom of the compression section 42a towards the inside of the cylinder 11 and a coupling section (not designated by a reference number) that extends vertically upwards from a distal end of connection section 43a. The section coupling is coupled to the movable part 46a. Here, the section of compression 42a and the coupling section are sized so that are smaller than the passage hole 15 so that they can move easily inside or insert into the hole fifteen.

The mobile part 46a is formed so that it has a "\ supset" shaped cross section. Both walls sides 47a of the movable part 46a are formed with guide rails 48a to operate a cam 70a of the actuating member 6a which will be described later. The distal end surfaces of both side walls 47a are formed with coupling holes 49a to which the elastic members 90a are coupled to apply a elastic force to the push button 4a. Therefore the button button 4a can be covered horizontally due to a force external and then restore to its original state by elastic member 90a. Additionally, guide rails 48a have a predetermined horizontal length so that cam 70a of the actuating member 6a moves according to the movement of the 4th push button. Each guide rail 48a is formed so that a end S is at a lower level than the other end E.

The actuating member 6a is a means of raising the piston 3 by operation of the push button 4a and comprises the cam 70a that attaches to the push button 4a and that can move according to the movement of the push button, a bar screw 60a that can be raised vertically by the operation of cam 70a to raise piston 3, a member support 80a to support the weight of the screw bar 60a and the elastic member 90a to apply the elastic force to the button 4th button.

The screw bar 60a is inserted into the cam 70a to be raised by operating cam 70a. The bar of screw 60 is formed to take the form of a rectangular rod of which one of the four sides is formed with a plurality of teeth 61a at a predetermined spacing over the entire length of the same. Both opposite sides of the remaining three sides of the Screw rod are formed longitudinally with guide flanges 62, respectively. Teeth 61a are teeth shaped right angle triangle with an inclined surface only in one direction The cam 70a is coupled to the push button 4a and the screw bar 60a to raise screw bar 60 according with the horizontal movement of the push button 4a. Cam 70 is tube-shaped with a central hole 74a of one size predetermined so that screw bar 60a can Insert inside. The external surfaces of both opposite side walls of cam 70a are formed with protrusions of coupling 77a to engage with the guide rails 48a of the 4th push button. The internal surfaces of both walls sides with coupling projections 77a formed in its interior are formed with guide grooves 78a which adjust the guide flanges 62a of screw bar 60a. A surface internal of another side wall of the cam is formed with a ratchet outstanding elastic 79a that comes into contact with one of the teeth 61a of the screw bar 60a when the screw bar 60a has been coupled to the central bore 74a of cam 70a. From this way, the cam can be attached to the screw bar 60a in ratchet shape.

The support member 80a sits in a cylindrical hollow rod 56a of the lower cover 5a which is will describe later, to support the push button 4a, the cam 70a and teeth 61 of a screw bar 60a. The member of support 80a is formed to obtain a diameter identical to that of the internal circumference of the body of the container 1 and has a upper surface 83a to support the lower parts of the Push button 4a and cam 70a and an open bottom face. The upper surface 83a is formed with a central hole 84a in the that screw bar 60a is inserted. A support ratchet 86a protrudes from a part of a lower end of the member of support 80a into the support member 80a for support the teeth 61 of a screw bar 60a by connecting in this way with one of the teeth 61 of the screw bar 60th in the form of a ratchet. Additionally, the connection holes 85a in which the elastic member 90a fits are formed in predetermined positions of the upper surface 83a.

The elastic member 90a is a means to apply the elastic force to the push button 4a. The elastic member is in a fixed state in which the one lower end of it is fit in a fixing hole 59a of the lower cover 5a and the upper ends of the same fit in the gaps of coupling 49a of the movable part 46a of the push button 4a.

The bottom cover 5a comprises a surface bottom 51a to close a lower part of the body of the container 1 with an opening 17 formed therein, and the cylindrical hollow rod 56a extends upward so that the bottom surface 51a is coupled to the body of the container 1 a through opening 17. The fixing hole 59a in which the lower end of the elastic member 90a is adjusted is formed in a projection 58a protruding from the bottom surface 51a with a predetermined gap with respect to a circumferential surface internal cylindrical hollow rod 56a.

Therefore, in the lipstick cosmetic container according to the second embodiment of the present invention constructed as in the previous case, the supply member 2 is attaches to an upper part of the cylinder 11, and the piston 3 with the screw bar 60a attached to it is installed inside the cylinder 11. The movable part 46a of the push button 4a and the button part 41a are installed inside and outside the body of the container 1 with with respect to the passage hole 15 of the cylinder 11 respectively. The coupling projections 77a of cam 70a of actuator member 6a fit in and attach to the guide rails 48a of the part 46th mobile. Below cam 70a, support member 80a is settles on and is assembled in the cylindrical hollow rod 56a of the bottom cover 5a. Here, the screw bar 60a is inserted into the central drilling 74a of cam 70a and then towards the central perforation 84a of the support member 80a in the manner that the teeth 61a of the screw bar 60a are connected to the support ratchet 86a of the support member 80a in the form of ratchet. The upper ends of the elastic member 90a with the lower end fitted in the fixing hole 59a of the lid bottom 5a protrude through the connection holes 85a of the  support member 80a and then inserted into the gaps of coupling 49a of the moving part 46a. At this time, one of the teeth 61a of the screw bar 60a is in contact with the ratchet 79a of cam 70a and support member 80a has been installed below cam 70a so that the bar of screw 60a is inserted into the central bore 84a of the member support 80a. Additionally, as the guide flanges 62a of the screw bar 60a fit in the guide grooves 78a of the cam 70a, screw bar 60a can be raised vertically in a stable state

Next, the principle will be described Operation of the cosmetic lipstick container according to the second embodiment of the present invention constructed as in the case previous. Here, liquid lip gloss 9 is contained within of cylinder 11 of the lipstick container. For reference, a tooth 61a of the screw bar 60a with which the ratchet 79a of cam 70a is in contact before pressing the push button 4a of the cosmetic lipstick container is referred to herein "C" and another tooth 61a with which the ratchet 79a of the cam 70a is in contact after the pressure force has been removed from push button 4a is referred to in this document "D". Additionally, a tooth 61a of the screw bar 60a with which the support ratchet 86a of the support member 80a is in contact before pressing the push button 4a of the cosmetic lipstick is referred to herein as "M" and other tooth 61a of the screw bar 60a with which the ratchet of support 86a of support member 80a is in contact after that the pressure force has been removed from the push button called in this document "N".

Figure 8 shows a state in which a external force does not apply to the push button on the packaging of cosmetic lipstick according to the second embodiment of the present invention, that is, a state in which the button part 41 of the push button 4a protrudes out of the cylinder 11 a through the hole 15, and the coupling projections 77a of the cam 70a of the actuating member 6a coupled to the rails of guide 48 of the movable part 46a of the push button 4a are located in the ends S of the guide rails 48a, the ratchet 79a of the cam 70a is coupled to tooth 61a (C) of support bar 60a and the support ratchet 86a of support member 80a located by under cam 70a is coupled to tooth 61a (M) of the bar 60th

Figure 9 shows a state in which a external force is applied to the push button of the cosmetic container lipstick according to the second embodiment of the present invention. In a state in which the user holds the body of the container 1 with one hand, the button part 41a of the button is pressed button 4a protruding from one side of the cylinder 11. The part of button 41a moves horizontally in the direction of the force of pressure and the movable part 46a formed integrally with the part of button 41a and located inside the body of the container 1 moves also horizontally by shifting the part of button 41a while pushing the elastic member 90a attached to the part 46th mobile.

Then, with the horizontal movement of the moving part 46a, coupling projections 77a of cam 70a they leave the ends S of the guide rails 48a and are located in the other ends E of the guide rails. At this time, as the ends S of the guide rails 48a are formed at a lower level that of the other ends E of the same, the change in positions of coupling projections 77a of cam 70a a the other ends E of the guide rails 48a results in the vertical lift of cam 70a by level difference between the ends S and the other ends E of the guide rails 48a and the vertical elevation of the screw bar 60a due to the push up tooth 61a (C) of screw bar 60a by ratchet 79a of cam 70a. At this time, when the 60a screw bar rises vertically, the ratchet of support 86a that has supported tooth 61a (M) of the bar screw comes into contact with tooth 61a (N) due to the lifting the screw bar 60a and then supporting the bar 60a screw

As shown in Figure 10, when the pressure force is removed from the push button 4a, the part of button 41 returns to its original position by elastic force of the elastic member 90a and the coupling projections 77a of the cam 70a also move to the ends S of the guide rails 48th At this time, as the member's support ratchet 86a of support 80a is in contact with the tooth 61a (N) of the bar screw 60a to support the screw bar 60a by the operation shown in Figure 9, ratchet 79a of cam 70a slides on an inclined surface of tooth 61a and engages to tooth 61a (D) of screw bar 60a. Additionally, the ratchet 79a of cam 70a can move more smoothly to the tooth 61a (D) of screw bar 60 due to its own elasticity.

That is, when the force that has been applied to the Push button 4a is removed from it, the ratchet 79a of the cam 70a moves from tooth 61a (C) to tooth 61a (D) of the bar screw 60a and support ratchet 86a of the member of support 80a also moves from tooth 61a (M) to tooth 61a (N) of the screw bar 60a to support a lower part of the screw bar 60a.

Therefore, when the screw bar 60a is raise, the piston 3 coupled to the screw bar 60a and installed inside cylinder 11 it also rises to boost the brightness of liquid lips 9. In this way, the liquid lip gloss 9 is supplies the outside through supply holes 25 of the supply member 2 installed on the top of the cylinder eleven.

As the button part 41a of the push button 4a and the lid 7 of the lipstick cosmetic container according to the second embodiment of the present invention also has the same coupling structure than that of the lipstick cosmetic container according to the first embodiment, the assembly of the lid 7 to container body 1 when the lipstick cosmetic container is not uses causes the cover 7 to fit in the fixing hole 45a of the button part 41a so that the push button 4a cannot function, thus establishing a blocking function.

Claims (8)

1. A container of cosmetic lipstick, which understands: a container body (1) with a button push button (4; 4a) protruding from a circumferential surface external of it; a cylinder (11) coupled to the body of container (1), to contain a liquid cosmetic; a supply member (2) coupled to the cylinder (11); a piston (3) with the same shape and size as the cross section of the cylinder (11), the piston being raised (3) along an internal circumferential surface of the cylinder (11) to pressurize the liquid cosmetic; an actuator member (6; 6a) housed in the body of the container (1), raising the actuator member (6; 6a) vertically, the piston (3) in response to a push operation of the push button (4; 4a) for supplying the liquid cosmetic through the supply member (2) characterized in that the supply member has an upper surface (24) formed with a plurality of supply holes (25). 2. The cosmetic lipstick container according to claim 1, further comprising a cover (7) detachably coupled to an outer circumferential surface of the cylinder (11) to close the supply member (2), in the that the push button (4; 4a) protrudes from the surface outer circumferential of the container body (1) so that after coupling the cover (7) to the circumferential surface external cylinder (11), one end of the cover (7) can be adjusted in a fixing hole (45; 45a) of the push button (4; 4a) for set the push button (4; 4a). 3. The cosmetic lipstick container according to claim 1, wherein the upper surface (24) of the supply member (2) is formed to bend with respect to a cross section of the cylinder (11). 4. The cosmetic lipstick container according to claim 1, further comprising a member absorbent (8) that includes a sponge to cover the surface upper (24) of the supply member (2). 5. The cosmetic lipstick container according to claim 1, wherein the actuating member (6) understands: a nut plate (70) to rotate as response to the push button push operation (4); Y a screw bar (60) connected in a way threaded with the nut plate (70), the bar being raised screw (60) in response to the rotation of the nut plate (70) and the piston (3) coupled to the screw bar (60) rises in response to the elevation of the screw bar (60). 6. The cosmetic lipstick container according to claim 1, wherein the actuating member (6a) understands: a cam (70a) raised vertically as response to the push button push operation (4a); and one screw bar (60a) connected to the cam (70a) through the coupling of the corresponding convex and concave parts, the screw bar (60a) together with the cam (70a) being raised over a distance through which the cam (70a) rises, and the piston (3) coupled to the screw bar (60a) rises as response to the elevation of the screw bar (60a). 7. The cosmetic lipstick container according to claim 6, wherein the push button (4a) comprises: a button part (41a) protruding towards out through a through hole (15) of the container body  (one); a mobile part (46a) extending from a side of the button part (41a) and is fixed inside the body of the container (1), both side walls (47a) of the mobile part (46a) are formed with guide rails (48a) that have a difference level to operate the actuating member (6a), and the distal end surfaces of the side walls (47a) are form with the coupling holes (49a) to which the member Elastic (90a) is coupled to allow the push button (4a) move horizontally, the cam (70a) is inserted into the guide rails (48a) of the push button (4a) so that the cam (70a) can rise vertically in response to the horizontal movement of the guide rails (48a) and the screw bar (60a) is raised vertically in response to the vertical lift of the cam (70a).

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8. The container of cosmetic lipstick according to claim 6, wherein the actuating member (6a) comprises additionally a support member (80a) located below the cam (70a) and coupled to the screw bar (60a) in the form of ratchet to support vertical lifting of the bar screw (60a).