Rod-shaped cosmetic container with usable remaining amount

Abstract

The present invention relates to a rod-shaped cosmetic container having an available remaining amount, the structure of the rod-shaped cosmetic container being simplified and improved in order to more stably complete a lifting movement and a remaining amount using operation of a rod-shaped cosmetic, and the rod-shaped cosmetic container also having high assembly stability and convenience in use. The lifting operation pipe body (110) can be rotated in one side direction or the other side direction, so that the cosmetics can enter and exit, and the remaining amount use-up induction pipe body (150) can be lifted and lowered by means of the rotating pipe body (120). A cosmetic holder (140), in which a lifting rib (142) is coupled to a lifting guide groove (132) of a protective tube (130), is lifted together within the range of the lifting guide groove, and cosmetics (170) filled in a filling space (143) are fed into and discharged from the filling space (143) at an appropriate length to make up. In a state in which the cosmetic holder (140) rises to the highest point for the first time along the lifting guide groove (132), the lifting operation tube (110) is rotated in one direction, so that the cosmetic input / output operation and the remaining amount exhaustion induction tube (150) are separated from the cosmetic holder (140) and independently rise for the second time. And a second lifting operation for pushing the cosmetics remaining in the filling space (143) to the outside and using up or even removing the cosmetics, and for the second lifting operation, the lifting degree of the cosmetics input / output operation and the remaining-amount-using-up induction tube (150) can be limited by means of a stopper (158).

Description

Technical Field

[0001] The present invention relates to a stick-shaped cosmetic container with a usable remaining amount, and more particularly to a stick-shaped cosmetic container with a usable remaining amount, wherein the structure of the stick-shaped cosmetic container is simplified and improved in order to more stably complete the lifting and lowering movement and the operation of using up the remaining amount of the cosmetic, while ensuring that the product has high assembly stability and ease of use. Background Art

[0002] In recent years, the attention paid to the cosmetics industry has been increasing. This is related to the diversification of distribution networks such as the Internet channels, and the significant increase in sales performance of Korean cosmetics brands in China and Southeast Asia under the influence of the Korean Wave. This rise of the Korean cosmetics industry is called Korean beauty (K-Beauty), and it has attracted much attention as one of the major market trends.

[0003] Regarding cosmetic technology, in addition to the cosmetic composition or formulation part including natural raw materials or functional raw materials, the cosmetic container and its manufacturing method that improves its functionality and usability have also been continuously developed.

[0004] Cosmetic containers are containers for storing cosmetics or cosmetic tools such as powder puffs, and their shapes and structures are very diverse, just like the types of cosmetics.

[0005] As a type of cosmetic container, a stick-shaped cosmetic container can be taken as an example. A stick-shaped cosmetic container generally refers to a cosmetic container such as lipstick, lip gloss, and sunscreen stick, in which solid or semi-solid cosmetics are placed in an inner container and protected by an outer container.

[0006] In the above-mentioned existing stick-shaped cosmetic containers, a considerable portion of the cosmetics are not used and are directly discarded. Moreover, even if the cosmetics are discarded after removing the contents, it will cause inconveniences such as needing to use a cotton swab to remove the remaining amount or removing it after freezing. In particular, the currently provided stick-shaped cosmetic containers have the problem that the remaining amount cannot be completely used up due to the storage structure of the cosmetics, which will inevitably lead to various problems including waste of cosmetics, environmental pollution caused by disposal, or classified recycling.

[0007] Although several technologies have been proposed to solve the problems existing in the prior art as described above (see Patent Document 1 and Patent Document 2), there are still structural limitations that make it difficult to use up the remaining cosmetics, and there are also various problems in use including the instability of the lifting and lowering of stick-shaped cosmetics during use, so there is still a need for improvement.

[0008] Therefore, in the relevant industry, it is urgent to develop a stick-shaped cosmetic container that can use up the remaining amount of cosmetics and has a relatively simple and convenient structure. Considering the above-mentioned needs, the applicant proposed in Patent Document 3 a "stick-shaped cosmetic container with a usable remaining amount" that can stably lift and lower the stick-shaped cosmetics filled in a support that is lifted and lowered by the rotation of a handle and use up the remaining amount. However, although the patent can provide a more advanced technology compared to the prior art, its structure cannot fully meet the needs of consumers because it requires additional components for lifting and lowering the cosmetics, and therefore further improvements are needed.

[0009] Prior art literature

[0010] Patent Literature

[0011] 1. KR101915739 B1 (Announced on 2018.11.06)

[0012] 2. KR200484721 Y1 (Announced on October 18, 2017)

[0013] 3. KR102152127 B1 (2020.12.11.Announcement) Summary of the invention

[0014] Technical issues

[0015] Therefore, the present invention aims to solve the many problems existing in the prior art as described above. The purpose of the present invention is to provide a stick-shaped cosmetic container that can use up the remaining amount while simplifying and improving its structure in order to more stably complete the lifting and lowering movement and the use-up action of the remaining amount of the stick-shaped cosmetics, while ensuring that the product has high assembly stability and ease of use.

[0016] Technical Solution

[0017] The stick-shaped cosmetic container with a surplus amount applicable to the present invention comprises: a lifting operation tube body; a rotating tube body, which is supported and connected to the inside of the lifting operation tube body in a manner that can rotate together and detach, and a spiral protrusion is formed on the inner peripheral surface of the hollow tube body; a protective tube body, a lower end support part is supported and connected to the inside of the lifting operation tube body in a detachable manner, and an upper end support part is exposed to the outside to protect the cosmetics that are being put in and out, and vertical lifting guide grooves are formed on the inner peripheral surfaces of both sides of the lower end support part; a cosmetic support is slidably interposed between the rotating tube body and the protective tube body, and lifting ribs are formed in the form of steps on the outer peripheral surfaces on both sides of the lower end in a vertical direction, which are embedded in the vertical lifting guide grooves on both sides of the protective tube body in a manner that can move up and down, and are blocked by the vertical lifting guide grooves when the cosmetics are lifted and lowered to limit their upward movement, and a fitting rib is formed in the form of steps in the filling space of the upper end where the cosmetics can be filled in a state where a part of the lower end is fixed, and a matching rib is formed on its inner peripheral surface The cosmetics in and out operation and the residual amount exhaustion induction tube body are installed through the inside of the cosmetics support, and the cosmetics support part for supporting the lower end of the cosmetics is arranged to be blocked to the upper part of the fitting rib and extends through the lower end thereof to form a hollow lifting support part, and a fitting protrusion is correspondingly formed on the upper end of the outer peripheral surface of one side of the lifting support part, which is engaged with the fitting groove of the fitting rib when the cosmetics are in and out operation, and is separated when the residual amount of cosmetics is exhausted, and a spiral groove is continuously formed at the lower end thereof, which is spirally coupled to the spiral protrusion of the rotating tube body in a manner that allows lifting and lowering operations, and limiters are provided on both sides of the outer peripheral surface of the other side of the plane cutting the lifting support part, which are appropriately controlled to rise by blocking the lower end of the fitting rib when the cosmetics are lifted to exhaust the residual amount of cosmetics remaining in the filling space of the cosmetics support; and a protective cap is opened and closed at the upper end of the lifting operation tube body to protect the cosmetics.

[0018] In the present invention, the rotating tube body connected and supported inside the lifting operation tube body is fixedly supported in a manner that allows it to rotate together and separate by connecting a connecting end tube extended from its lower end and a connecting rib extended upward from the inner bottom surface of the lifting operation tube body.

[0019] In the present invention, a first blocking groove and a second blocking groove are further formed at appropriate intervals on the inner and outer sides of the lower end support portion of the protective tube body, and a second blocking protrusion and a first blocking protrusion corresponding to them are further formed on the outer circumferential surface of the combining tube body of the rotating tube body and the inner circumferential surface of the lifting operation tube body at corresponding positions, so that they block and combine with each other.

[0020] In the present invention, on both sides of the lower part of the cosmetic support, a portion is cut off to form a tension support piece that can play an elastic role and protrudes outward to form a first blocking ridge that moves closely against the inner circumference of the protection tube body.

[0021] In the present invention, a second blocking step is protrudingly formed on the inner circumferential surface of the protective tube body which moves in close contact with the first blocking step of the tension support sheet through tension, and is supported by the step when the lifting rib of the cosmetics support rises to the highest point along the vertical lifting guide groove of the protective tube body for the entry and exit of cosmetics.

[0022] In the present invention, the first blocking ridge formed on the tension support sheet of the cosmetic support and the second blocking ridge of the protective tube are arranged along directions perpendicular to each other compared to the positions where the lifting ribs of the cosmetic support and the vertical lifting guide grooves of the protective tube are formed.

[0023] In the present invention, in the cosmetic support where the lifting rib rises to the highest position along the vertical lifting guide groove of the protective tube body, the first blocking step formed on the tension support sheet is supported in a state of being blocked by the second blocking step section of the protective tube body, so that the cosmetics will only be lowered together when the cosmetics are put in and out and the remaining amount induction tube body is moved downward, thereby stably and fixedly supporting the cosmetics.

[0024] In the present invention, by further forming a third blocking protrusion and a third blocking groove on the rotating tube body and the cosmetic support respectively and blocking each other, the accidental rotation of the rotating tube body caused by the lifting operation of the tube body when the product is circulated or subjected to unexpected external force can be suppressed, thereby preventing the cosmetics spirally coupled to the spiral protrusion of the rotating tube body from being put in and out and the accidental lifting operation of the tube body caused by the exhaustion of the remaining quantity from occurring.

[0025] In the present invention, the inner circumference of the filling space of the cosmetic holder is further radially formed with one or more fixing ribs, and a slit into which the fixing ribs can be inserted is further cut out on the cosmetic support portion for the cosmetic inlet and outlet operation and the residual amount exhaustion induction tube.

[0026] In the present invention, the rotating tube body, the protective tube body, the cosmetic support, the cosmetic in and out operation and the residual quantity exhaustion induction tube body except the lifting operation tube body and the protective cap are assembled into a cosmetic filling unit, so that cosmetics can be filled into the filling space of the cosmetic support at the upper part of the protective tube body.

[0027] In the present invention, the rotating tube body, the protective tube body, the cosmetic support, the cosmetic inlet and outlet operation and the remaining amount exhaustion induction tube body except the lifting operation tube body and the protective cap are assembled into a cosmetic filling unit, and after a filling through hole is further formed in the cosmetic support part of the cosmetic inlet and outlet operation and the remaining amount exhaustion induction tube body, an airtight cap is combined with the upper end of the protective tube body, so that cosmetics can be filled into the filling space of the cosmetic support from the lower part of the rotating tube body.

[0028] Furthermore, in the present invention, when the lifting operation tube body is rotated to one side, the cosmetics in and out operation and the residual quantity exhaustion induction tube body spirally coupled with the spiral groove of the lifting support portion can be vertically lifted and moved through the spiral protrusion of the rotating tube body that rotates in association therewith. While the cosmetics in and out operation and the residual quantity exhaustion induction tube body are lifting and moving, the lifting ribs of the cosmetics support seat that are separably engaged by the engaging ribs will also be lifted and moved together within the range of the vertical lifting guide groove of the protective tube body. At this time, according to the lifting distance, the cosmetics filled in the filling space of the cosmetics support seat will be exposed to the outside of the upper end support portion of the protective tube body, and when the lifting operation tube body is lifted and moved, the cosmetics filled in the filling space of the cosmetics support seat will be exposed to the outside of the upper end support portion of the protective tube body. When the operating tube body rotates in the opposite direction, the cosmetics in and out operation and the remaining amount exhaustion inducing tube body and the cosmetics support will also move downward together. At this time, the cosmetics will move back to the inside of the upper end supporting part of the protective tube body, thereby realizing the proper operation of the cosmetics in and out. When the cosmetics support rises to the highest point for the first time through the vertical lifting guide groove, by continuing to rotate the lifting operation tube body to one side, the fitting force between the fitting ribs of the cosmetics in and out operation and the remaining amount exhaustion inducing tube body and the cosmetics support will be forced to be released and independently rise for the second time, thereby pushing the cosmetics remaining in the filling space to the outside and using it up or removing it.

[0029] In the present invention, when the cosmetics are put in and taken out, the cosmetics holder is stably and evenly lifted and lowered by the lifting rib structure of the cosmetics holder which is embedded in the vertical lifting guide groove of the protective tube body and the tension support sheet structure which has a first blocking ridge which is arranged in a state of perpendicular intersection with the vertical lifting guide groove and elastically adhered to the inner circumferential surface of the protective tube body.

[0030] In the present invention, the cosmetics in and out operation of performing the second rise and the residual amount exhaustion induction tube body can push the cosmetics remaining in the filling space to the outside to exhaust or remove them by freely rising and falling within the range blocked by the lower end of the fitting rib of the cosmetics support by the limiter formed on the lifting support part.

[0031] Beneficial effects

[0032] In the present invention, by improving the action structure related to the lifting and lowering movement and the exhaustion of the remaining amount of the stick-shaped cosmetics, the stable entry and exit operation of the cosmetics can be ensured even without using additional components, and the product can also be ensured to have high assembly stability and ease of use.

[0033] In addition, by slidably coupling the lifting ribs of the cosmetics holder to the vertical lifting guide grooves formed on the inner circumferential surface of the protective tube body, during the cosmetics entry and exit operations and the remaining quantity exhaustion induction tube body's spiral groove performs lifting operations by rotating the spiral protrusion of the tube body, even if slight movement occurs during the spiral coupling movement, it can ensure that the cosmetics holder always maintains a stable vertical lifting state, thereby preventing the cosmetics from shaking or moving.

[0034] In addition, based on the vertical lifting guide groove and lifting rib structure of the protective tube body, a tension support sheet structure can be provided in the cosmetics holder to ensure that the cosmetics holder can perform vertical lifting and lowering movements in the protective tube body more stably and evenly when the cosmetics are put in and out.

[0035] Furthermore, by providing a tension support sheet structure in the cosmetics holder, it is possible to detect whether the cosmetics holder has risen to the highest point when the cosmetics are put in and taken out, thereby understanding the time point for further rising in order to use up the cosmetics remaining in the filling space of the cosmetics holder.

[0036] Furthermore, when the cosmetics holder rises to the highest point, the first blocking step formed on the tension support sheet will not drop on its own because it is supported by the second blocking step formed on the protective tube body. Instead, it will drop together with the cosmetics insertion and withdrawal operation and the remaining quantity exhaustion induction tube body. This can further enhance the stability of the cosmetics holder's lifting and lowering operation, while also providing stably protective support for the cosmetics in the rising state.

[0037] In addition, by equipping the rotating tube body and the cosmetic support with a third blocking protrusion and a third blocking groove, the accidental rotation of the rotating tube body caused by the lifting operation of the tube body during product circulation or when subjected to unexpected external force can be suppressed, thereby preventing the cosmetics entering and exiting operation spirally coupled to the spiral protrusion of the rotating tube body and the accidental lifting operation of the tube body due to the exhaustion of the remaining quantity. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] The accompanying drawings are used to provide a further understanding of the present disclosure and constitute a part of the specification. Together with the following specific embodiments, they are used to explain the present disclosure but do not constitute a limitation of the present disclosure. In the accompanying drawings:

[0039] Figure 1 It is a perspective view of the assembled appearance applicable to the present invention.

[0040] Figure 2 It is a separation oblique view applicable to the present invention.

[0041] Figure 3 It is an oblique view of the bottom surface separation of the main parts applicable to the present invention.

[0042] Figure 4 yes Figure 1 Assembly cross section within line A1-A2 in FIG.

[0043] Figure 5 yes Figure 1 Assembly cross section within line B1-B2 in FIG.

[0044] Figure 6 So Figure 1 The B1-B2 line section is an assembly cross-sectional view with the protective cap removed.

[0045] Figure 7 Yes Figure 6 The illustrated state is an assembly cross-sectional view showing a state in which the cosmetic is raised a certain distance by rotating the lifting operation cap to one side.

[0046] Figure 8 Yes Figure 7 The illustrated state is an assembly cross-sectional view showing a state in which the cosmetic support is raised to the highest position.

[0047] Fig. 9 So Figure 1 The A1-A2 line section in the figure is used as a reference, and is an assembly cross-sectional view showing the state in which the cosmetics holder is first raised to the highest position in order to use up the remaining amount of cosmetics with the protective cap removed.

[0048] Fig.10 So Figure 1 The B1-B2 line section in the figure is used as a reference, and is an assembly cross-sectional view showing the cosmetics holder being raised to the highest position for the first time in order to use up the remaining amount of cosmetics with the protective cap removed.

[0049] Fig.11 Yes Fig. 9 The assembly cross-sectional view shows the state in which the cosmetics are put in and taken out and the residual quantity is exhausted inducing tube body rises a second time independently of the cosmetics support so that the cosmetics are exposed to the outside.

[0050] Fig.12 Yes Fig.10The assembly cross-sectional view shows the state in which the cosmetics are put in and taken out and the residual quantity is exhausted inducing tube body rises a second time independently of the cosmetics support so that the cosmetics are exposed to the outside.

[0051] Fig.13 This is a plan cross-sectional view showing a state in which a fixing rib of a cosmetic holder applicable to the present invention and a slit formed on a cosmetic supporting portion of a cosmetic inlet and outlet operation and residual quantity exhaustion induction tube body are fitted with each other.

[0052] Fig.14 This is an assembled appearance perspective view illustrating the structure of a cosmetic filling unit to which the present invention is applied.

[0053] Fig.15 as well as Fig.16 This is an assembly cross-sectional view before and after cosmetics are filled from above using the cosmetics filling unit applicable to the present invention.

[0054] Fig.17 as well as Fig.18 This is an assembly cross-sectional view before and after cosmetics are filled from below using the cosmetics filling unit applicable to the present invention.

[0055] Description of Reference Numerals

[0056] 110: Lifting operation pipe body

[0057] 112: Combined ribs

[0058] 113: First blocking protrusion

[0059] 120: Rotating tube

[0060] 122: Spiral bulge

[0061] 124: Combined end pipe

[0062] 124a: Second blocking protrusion

[0063] 126: The third blocking protrusion

[0064] 130: Protective tube body

[0065] 131a: Lower end support portion

[0066] 131a-1: First blocking groove

[0067] 131a-2: Second blocking groove

[0068] 131b: Upper end support portion

[0069] 132: Lifting guide groove

[0070] 134: The Second Obstacle

[0071] 140: Cosmetic holder

[0072] 142: Lifting rib

[0073] 143: Filling space

[0074] 143a: Fixed rib

[0075] 144: Fitting ribs

[0076] 145: Matching Slot

[0077] 146: Tension support sheet

[0078] 146a: The First Obstacle

[0079] 148: Third blocking slot

[0080] 150: Cosmetic in and out operation and residual exhaustion induction tube

[0081] 152: Cosmetic support department

[0082] 152a: Slit

[0083] 153: Through hole for filling

[0084] 154: Lifting support part

[0085] 123: Fit the bulge

[0086] 156: Spiral groove

[0087] 158: Stopper

[0088] 160: Protective cap

[0089] 170: Cosmetics

[0090] 200: Cosmetic filling unit

[0091] 210: Airtight cap DETAILED DESCRIPTION

[0092] Next, the preferred embodiments applicable to the present invention will be described in detail with reference to the accompanying drawings.

[0093] See also Figures 1 to 13The stick-shaped cosmetic container 100 applicable to the present invention includes: a lifting operation tube body 110; a rotating tube body 120, which is supported and connected to the inside of the lifting operation tube body in a manner that can rotate together and detach, and a spiral protrusion 122 is formed on the inner circumference of the hollow tube body; a protective tube body 130, wherein a lower end support portion 131a is supported and connected to the inside of the lifting operation tube body in a detachable manner, and an upper end support portion 131b is exposed to the outside to protect the cosmetics 170 that are put in and taken out, and vertical lifting guide grooves 132 are formed on the inner circumferences of both sides of the lower end support portion 131a; The cosmetic support 140 is slidably disposed between the rotating tube body 120 and the protective tube body 130, and has lifting ribs 142 protruding in the form of steps on the outer circumference of both sides of the lower end portion in the form of steps along the vertical direction, which are embedded in the vertical lifting guide grooves 132 on both sides of the protective tube body 130 in a manner of being movable up and down, and are blocked by the vertical lifting guide grooves when the cosmetics 170 is lifted to limit its lifting movement, and a fitting rib 144 is formed in the form of steps in the filling space 143 of the upper end portion in which the cosmetics 170 can be filled in a state where a part of the lower end is fixed, and the fitting ribs 144 are formed on both sides of the inner circumference thereof. A fitting groove 145 is formed in the direction of the cosmetics 170; a cosmetics inlet and outlet operation and residual amount exhaustion induction tube body 150 is installed through the inside of the cosmetics support 140, and a cosmetics support part 152 for supporting the lower end of the cosmetics 170 is arranged to be blocked to the upper part of the fitting rib 144 and extends through its lower end to form a hollow lifting support part 154, and a fitting protrusion 155 is formed on the upper end of the outer peripheral surface of one side of the lifting support part 154, which is engaged with the fitting groove 145 of the fitting rib 144 when the cosmetics 170 is inlet and outlet, and is separated when the residual amount of the cosmetics 170 is exhausted. , a spiral groove 156 is continuously formed at its lower end, which is spirally coupled to the spiral protrusion 122 of the rotating tube body 120 in a manner that allows for a lifting operation, and both sides of the outer circumferential surface on the other side of the plane-cutting of the lifting support part 154 are provided with limiters 158 that appropriately control the rise of the cosmetics 170 by blocking the lower end of the fitting rib 144 when the cosmetics 170 is lifted up to use up the remaining amount of cosmetics 170 remaining in the filling space 143 of the cosmetics support 140; and a protective cap 160 that performs an opening and closing operation at the upper end of the lifting operation tube body 110 to protect the cosmetics.

[0094] In the present invention, the rotating tube body 120 coupled and supported to the interior of the lifting operation tube body 110 can be fixedly supported in a manner that allows for rotation together and separation by virtue of the mutual coupling of a coupling end tube 124 extended from its lower end and a coupling rib 112 extended upward from the inner bottom surface of the lifting operation tube body 110.

[0095] At this time, the coupling end tube 124 of the rotating tube body 120 and the coupling rib 112 of the lifting operation tube body 110 can be formed in a manner that they can rotate together or separate through coupling components formed correspondingly on their inner and outer circumferential surfaces, such as a spline coupling method or a serration coupling method, as well as other various forms of coupling structures that can perform the same function.

[0096] Thus, the rotating tube body 120 can be rotated together with the lifting and lowering tube body 110 by holding the lifting and lowering tube body 110 and performing the rotating operation, and can also be separated when needed.

[0097] The protection tube body 130 can safely protect the cosmetics 170 filled in the upper end of the cosmetic support 140 through the upper end support portion 131 b exposed to the outside of the lifting operation tube body 110 .

[0098] For example, before the upper end of the cosmetic 170 is inserted or removed from the outside, the entire cosmetic is contained in the upper end support portion 131b of the protection tube body 130, so that the cosmetic can be safely protected even when the protection cap 160 is removed, and the cosmetic can be safely covered and raised or lowered by the upper end support portion 131b during the insertion or removal operation (see FIG. Figure 6 ).

[0099] In particular, the upper end support portion 131 b of the protection tube body 130 may provide a remaining filling space for the cosmetics filled in a state where a portion of the lower end is received in the filling space 143 of the cosmetics holder 140 .

[0100] In addition, a first blocking groove 131a-1 and a second blocking groove 131a-2 may be further formed at appropriate intervals on the inner and outer sides of the lower end support portion 131a of the protection tube body 130, and a second blocking protrusion 124a and a first blocking protrusion 113 corresponding to the outer circumferential surface of the coupling tube body 124 of the rotating tube body 120 and the inner circumferential surface of the lifting operation tube body 110 may be further formed at corresponding positions, so that they block and combine with each other (see Figure 4 ).

[0101] The first blocking groove 131a-1, the second blocking groove 131a-2, the second blocking protrusion 124a, and the first blocking protrusion 113 may be formed at opposite positions to each other as needed.

[0102] Through the structure as described above, when the protective tube body 130 is combined to the lifting operation tube body 110, the first blocking groove 131a-1 and the second blocking groove 131a-2 of the lower end support portion 131a of the protective tube body 130 can be combined and supported in a state where they are blocked by the second blocking protrusion 124a and the first blocking protrusion 113 of the combining tube body 124 and the lifting operation tube body 110 formed at corresponding positions, respectively, so that the lower end support portion 131a of the protective tube body 130 maintains a stable combination state between the lifting operation tube body 110 and the rotating tube body 120, thereby preventing arbitrary separation.

[0103] By means of the vertical lifting guide grooves 132 correspondingly formed along the vertical direction on both sides of the inner circumference of the protection tube body 130, substantial lifting distance limitation and stable lifting movement of the cosmetic support 140 can be achieved.

[0104] As described above, when the lifting rib 142 of the cosmetic support 140 embedded in the vertical lifting guide groove 132 is blocked by the step during the process of rising along the vertical lifting guide groove 132, the cosmetic support 140 will not be able to continue to rise, so the rising movement of the cosmetic support 140 will be restricted, and during the lifting operation of the cosmetic support 140, the lifting ribs 142 formed on both sides will slide while being respectively embedded in the vertical lifting guide grooves 132 of the protective tube body 130, so that the cosmetic support 140 can be lifted and lowered very stably in the protective tube body 130, and finally the lifting operation of the cosmetic support 140 can stably induce the entry and exit operation of the cosmetics 170.

[0105] In addition, on both sides of the lower part of the cosmetic support 140, a tension support sheet 146 is formed by cutting off a part to play an elastic role and protruding outward with a first blocking step 146a that can be closely moved with the inner circumference of the protective tube body 130. On the inner circumference of the protective tube body 130 that moves closely with the first blocking step 146a due to tension, a second blocking step 134 can be protruded to form, which can slide in contact with and cross the first blocking step 146a when the cosmetic support 140 rises to the highest point for the entry and exit of the cosmetics 170, and is supported by the step.

[0106] At this time, the first blocking ridge 146a formed on the tension support sheet 146 of the cosmetic support 140 and the second blocking ridge 134 of the protective tube body 130 are preferably arranged in directions perpendicular to each other compared to the positions where the lifting ribs 142 of the cosmetic support 140 and the vertical lifting guide grooves 132 of the protective tube body 130 are formed, and the first blocking ridge 146a and the second blocking ridge 134 are preferably formed at a position where the lifting ribs 142 and the vertical lifting guide grooves 132 of the protective tube body 130 block each other and the first blocking ridge 146a passes over the second blocking ridge 134 and is supported.

[0107] Thereby, the first blocking ridge 146a formed on the tension support sheet 146 of the cosmetic support 140 can pass over the second blocking ridge 134 of the protective tube body 130 and be supported when the cosmetic support 140 rises to the highest point, and can also be blocked and controlled by the vertical lifting guide groove 132 respectively, thereby suppressing the excessive rise of the cosmetic support 140.

[0108] In particular, the tension support sheet 146 of the cosmetic support 140 can cooperate with the lifting ribs 142 of the cosmetic support 140 embedded in the vertical lifting guide groove 132 of the protective tube body 130 arranged along a vertically intersecting direction to induce the cosmetic support 140 to perform vertical lifting and lowering on the protective tube body 130 more stably and evenly.

[0109] In addition, the first blocking step 146a of the tension support sheet 146 formed on both sides of the lower part of the cosmetic support 140 can provide a stable elastic adhesion force to the inner circumferential surface of the protective tube body 130 when the cosmetic support is raised and lowered, and can provide a "click" sound with the help of the elastic force of the tension support sheet 146 when crossing the second blocking step 134 of the protective tube body 130, thereby ensuring that the user can recognize that the cosmetic support 140 has risen to the highest position. Thereby, the user can drive the cosmetic entry and exit operation and the further rise of the remaining amount induction tube body 150 in order to use up the cosmetics 170 remaining in the filling space 143 of the cosmetic support 140.

[0110] In addition, if Figure 8 As shown, the cosmetic support 140 raised to the highest position can make the first blocking ridge 146a supported by the second blocking ridge 134 of the protective tube body 130 in a state of segment blocking when the cosmetics are put in and out and the remaining amount inducing tube body 150 moves downward, thereby preventing it from moving downward by itself, and will only descend when the cosmetics are put in and out and the remaining amount inducing tube body 150 is moved downward by the rotation of the rotating tube body 120, thereby stably fixing and supporting the cosmetics 170.

[0111] In addition, in the present invention, by further forming a third blocking protrusion 126 and a third blocking groove 148 on the rotating tube body 120 and the cosmetic support 140 respectively and blocking each other, the accidental rotation of the rotating tube body 120 caused by the lifting operation of the tube body 110 when the product is circulated or subjected to unexpected external force can be suppressed, thereby preventing the cosmetics entering and exiting operation spirally coupled to the spiral protrusion 122 of the rotating tube body 120 and the accidental lifting operation of the remaining amount inducing tube body 150 from occurring.

[0112] The third blocking protrusion 126 and the third blocking groove 148 may be formed at opposite positions as required.

[0113] As described above, by arranging the third blocking protrusion 126 and the third blocking groove 148 in the rotating tube body 120 and the cosmetic support 140, even when the lifting and lowering tube body is subjected to unexpected external force, the rotating tube body 120 can be prevented from rotating, thereby preventing the cosmetic entry and exit operation and the residual quantity inducing tube body 150 from accidentally being lifted and lowered, thereby providing a higher assembly safety for the product.

[0114] In addition, in the present invention, one or more fixing ribs 143a may be further radially formed on the inner circumference of the filling space 143 of the cosmetic support 140, and a slit 152a into which the fixing ribs 143a can be inserted may be correspondingly cut out on the cosmetic support portion 152 of the cosmetic inlet and outlet operation and residual amount exhaustion induction tube body 150 (see Fig.13 ).

[0115] By forming the fixing ribs 143a as described above, the cosmetics that are partially filled at the lower end into the filling space 143 can have a more stable filling and fixing force, and when the slit 152a formed on the cosmetics support portion 152 of the remaining amount induction tube body 150 is raised and lowered during the cosmetics inlet and outlet operation and the remaining amount is exhausted, the cosmetics can be guided and moved by the fixing ribs 143a to induce a stable lifting operation, and even when the fixing ribs are provided inside the filling space, the outer peripheral surface of the cosmetics support portion 152 can be raised and lowered in a state of being in close contact with the inner peripheral surface of the filling space 143.

[0116] Next, a general operation state of putting in and taking out the cosmetics 170 in the stick-shaped cosmetic container 100 to which the present invention is applied and which is configured as described above will be described.

[0117] Figure 4 as well as Figure 5An assembly cross-sectional view is shown in which the protective cap 160 is coupled to the lifting operation tube body 110 in a state where the cosmetics 170 is filled into the cosmetics holder 140. In the initial assembly state as described above, a portion of the lower end of the cosmetics 170 will be fixedly supported inside the filling space 143, and the cosmetics holder 140 and the cosmetics in-and-out operation and remaining quantity exhaustion induction tube body 150, which are filled and supported in a state supported by the cosmetics support portion 152 of the cosmetics in-and-out operation and remaining quantity exhaustion induction tube body 150, can be assembled in a state where they can be lifted together by the mutual engagement of the engagement protrusion 155 of the lifting support portion 154 and the engagement groove 145 formed on the engagement rib 144, and the cosmetics holder 140 and the cosmetics in-and-out operation and remaining quantity exhaustion induction tube body 150 will be maintained in a state of being lowered to the lowest end in a state where the spiral groove 156 of the lifting support portion 154 is threadedly engaged with the spiral protrusion 122 of the rotating tube body 120.

[0118] At the same time, even when the cosmetic holder 140 and the cosmetics are being put in and taken out and the residual amount induction tube 150 is moved to the lowest end, the cosmetics 170 can be safely covered and protected by the upper end support portion 131 b of the protection tube 130 .

[0119] Thereby, during the circulation of the product, the protective tube body 130 and the protective cap 160 can safely protect the cosmetics 170 , and the cosmetics 170 will not be exposed to the outside unless the protective cap 160 is accidentally opened.

[0120] In the above state, when it is necessary to use the cosmetics 170 to make up, Figures 6 to 8 As shown, after removing the protective cap 160, the lifting operation tube body 110 is rotated to one side (counterclockwise for convenience), and the rotating tube body 120 will also rotate in association therewith, and the cosmetics in and out operation and remaining amount exhaustion induction tube body 150, whose spiral groove 156 of the lifting support part 154 is spirally coupled to the spiral protrusion 122 formed on the rotating tube body, will also vertically rise and move. In addition, while the cosmetics in and out operation and remaining amount exhaustion induction tube body 150 is rising and moving, the cosmetics support 140 that fits with it will also rise together. At this time, according to the rising distance, the cosmetics 170 filled in the filling space 143 of the cosmetics support 140 will be exposed to the outside of the upper end support part 131b of the protective tube body 130, so that makeup can be applied using the exposed part.

[0121] In addition, when the cosmetics 170 are used to complete the makeup and need to be moved back into the protective tube body 130, the lifting and lowering operation tube body 110 only needs to be rotated in the opposite direction (clockwise for convenience), so that the cosmetics in and out operation and the remaining amount induction tube body 150 can be lowered while the cosmetics support 140 can be lowered, thereby allowing the cosmetics 170 to be moved back into the upper end support portion 131b of the protective tube body 130.

[0122] Thus, the cosmetics 170 as described above will be moved in and out of the upper end support portion 131b of the protective tube body 130 according to the degree of the lifting and rotating operation of the lifting operation tube body 110. Through the above-mentioned actions, the cosmetics 170 can be properly moved in and out and makeup can be applied.

[0123] In addition, when the cosmetics 170 are put in and taken out, the cosmetics support 140 can always be lifted and lowered stably and evenly with the help of the lifting rib 142 structure or the tension support sheet 146 structure of the cosmetics support 140 embedded in the vertical lifting guide groove 132 of the protective tube body 130, thereby preventing the cosmetics 170 from moving or shaking left and right.

[0124] Next, we will refer to Figures 9 to 12 The operation state when the cosmetics 170 filled in the filling space 143 of the cosmetic holder 140 are almost completely used and the cosmetics remaining in the filling space are exhausted will be described in detail.

[0125] When the cosmetics remaining in the filling space 143 of the cosmetics holder 140 need to be used up, first, the cosmetics holder 140, which is integrally fitted with the cosmetics in and out operation and the residual amount exhaustion induction tube 150, is first raised to the highest point by rotating the lifting operation tube 110 (see FIG. Fig. 9 as well as Fig.10 ).

[0126] At this time, the lifting rib 142 of the cosmetic support 140 will be supported and stopped in a state of being blocked by the vertical lifting guide groove 132 of the protection tube body 130, and at the same time, the first blocking ridge 146a formed on the tension support sheet 146 of the cosmetic support 140 will be forced to cross the second blocking ridge 134 of the protection tube body 130 and supported by the upper side thereof. As described above, when the cosmetic support 140 rises to the highest point, the upper end of the filling space 143 filled with the cosmetics 170 will reach a state of being exposed to the outside of the upper end support portion 131b of the protection tube body 130.

[0127] In addition, as described above, the user can recognize the state where the cosmetic support 140 rises to the highest point for the first time by means of the rotation operation of the lifting operation tube body 110 as described above through the sound or feeling when the first blocking step 146a formed on the tension support sheet 146 passes over the second blocking step 134 of the protective tube body 130.

[0128] As described above, when the cosmetic support 140 first rises to the highest point and stops, by continuing to rotate the lifting operation tube body 110 in the same direction, the engagement force between the engagement protrusion 155 of the cosmetic inlet and outlet operation and residual amount exhaustion induction tube body 150 and the engagement groove 145 of the engagement rib 144 of the cosmetic support 140 can be forcibly released and the cosmetic support 140 can be raised for the second time. In this way, the cosmetic inlet and outlet operation and residual amount exhaustion induction tube body 150 can be raised for the second time independently of the cosmetic support 140, so that the small amount of cosmetics remaining in the filling space 140 can be used up (see Fig.11 as well as Fig.12 ).

[0129] At this time, the second rising cosmetic in and out operation and the remaining amount exhaustion induction tube body 150 can freely perform a second rise and fall within the range where the limiter 158 is blocked by the lower end of the mating rib 144 of the cosmetic support 140, thereby using up the cosmetics 170 remaining in the filling space 143. When the limiter 158 is blocked by the lower end of the mating rib 144, it can be prevented from further rising. In the case as described above, because the upper side surface of the cosmetic support portion 152 and the upper end of the filling space 143 at least form the same horizontal plane, the cosmetics remaining in the filling space 143 can be completely used up or removed.

[0130] Therefore, the stick-shaped cosmetic container 100 applicable to the present invention can be used up as described above. By rotating the lifting operation tube body 110, the cosmetic holder 140 and the cosmetic in-and-out operation and the remaining amount induction tube body 150 can be lifted and lowered together within the range of the vertical lifting guide groove 132 of the protection tube body 130, and the cosmetics 170 filled in the filling space 143 of the cosmetic holder 140 can be freely moved in and out. Moreover, when the small amount of cosmetics remaining in the filling space 143 needs to be used up after the cosmetics are basically used up, after the cosmetic holder 140 is lifted to the highest point of the vertical lifting guide groove 132 for the first time through the lifting ribs 142 embedded in the protection tube body 130, the cosmetics in-and-out operation and the remaining amount induction tube body 150 are lifted for the second time, so that the cosmetics 170 remaining in the filling space 143 can be completely used up or removed very conveniently and reliably.

[0131] In addition, in the present invention, if Fig.14As shown, the rotating tube body 120 , the protective tube body 130 , the cosmetic support 140 , the cosmetic in and out operation and the residual quantity exhaustion induction tube body 150 , except the lifting operation tube body 110 and the protective cap 160 , can be separately assembled into a cosmetic filling unit 200 .

[0132] The cosmetic filling unit 200 is as follows Fig.15 as well as Fig.16 As shown, after the cosmetics 170 are filled from the upper part of the protection tube body 130 into the filling space 140 of the cosmetic holder 140 (upper end filling), the protection tube body 130 may be covered with a separate airtight cap 210 for protection.

[0133] In addition, if Fig.17 as well as Fig.18 As shown, a filling through hole 153 can be further formed in the cosmetic support portion 152 of the cosmetic inlet and outlet operation and the remaining amount exhaustion induction tube body 150, and after covering a separate airtight cap 210 in the protective tube body 130, the cosmetics 170 can be filled from the bottom (lower end filling) from the lower part of the rotating tube body 120 to the filling space 143 of the cosmetic support 140.

[0134] As described above, when the cosmetics 170 are filled from the bottom into the filling space 143 of the cosmetics holder 140, although not shown in the accompanying drawings, the cosmetics in and out operation and the lower open ends of the remaining amount exhaustion induction tube body 150 and the rotating tube body 120 can be safely closed using separate end caps for preventing the cosmetics from drying and preventing various foreign substances from flowing in.

[0135] Thus, the cosmetic filling unit 200 can be assembled to the lifting operation tube 110 for use after filling the cosmetics 170, or sold as a separate supplement. When the cosmetic filling unit 200 is used as a supplement, the lifting operation tube 110 and the protective cap 160 can continue to be used, thereby providing various environmental and economic advantages.

[0136] In addition, since the present invention has a structure that can completely use up or even remove the residual cosmetics filled into the filling space 143 of the cosmetic holder 140, the cosmetic filling unit 200 including the used cosmetic container 100 can be directly recycled when necessary and refilled with cosmetics 170 for reuse by a manufacturing company or a separate cosmetic sales point or cosmetic filling station after simple washing or necessary appropriate treatment.

[0137] In the above content, the present invention is described in detail with reference to the accompanying drawings, but the present invention is not limited thereto, but various modifications and changes can be made within the scope of the attached claims.

Claims

1. A stick-shaped cosmetic container capable of using up the remaining quantity, characterized in that: include: A lifting and lowering operation pipe body (110); A rotating tube (120) is supported and coupled to the interior of the lifting operation tube in a manner that allows for co-rotation and separation, and a spiral protrusion (122) is formed on the inner peripheral surface of the hollow tube; A protective tube body (130), wherein the lower end support portion (131a) is detachably connected and supported to the interior of the lifting operation tube body, and the upper end support portion (131b) is exposed to the outside to protect the cosmetics (170) during the in-and-out operation, and vertical lifting guide grooves (132) are formed on the inner circumferences of both sides of the lower end support portion (131a); The cosmetic support (140) is slidably disposed between the rotating tube body (120) and the protective tube body (130), and has lifting ribs (142) protruding in the form of steps on the outer circumference of both sides of the lower end portion along the vertical direction, which are embedded in the vertical lifting guide grooves (132) on both sides of the protective tube body (130) in a manner that can move up and down, and are blocked by the vertical lifting guide grooves when the cosmetics (170) are lifted to limit their lifting movement, and a fitting rib (144) is formed in the form of steps in the filling space (143) of the upper end portion for the cosmetics (170) to be filled in a state where a part of the lower end is fixed, and fitting grooves (145) are formed on both sides of the inner circumference thereof facing each other; The cosmetics in and out operation and the residual amount exhaustion induction tube body (150) is installed through the inside of the cosmetics support (140), and the cosmetics support part (152) used to support the lower end of the cosmetics (170) is arranged to block the upper part of the fitting rib (144) and extend through the lower end thereof to form a hollow lifting support part (154). The upper end of the outer peripheral surface of one side of the lifting support part (154) is correspondingly protruded to form a fitting groove (145) that fits with the fitting rib (144) when the cosmetics (170) is in the in and out operation, and when the cosmetics (170) are in the The lifting support portion (154) is provided with a fitting protrusion (155) which is separated when the remaining amount of the cosmetics (170) is used up, and a spiral groove (156) is continuously formed at its lower end, which is spirally coupled to the spiral protrusion (122) of the rotating tube body (120) in a manner that allows lifting and lowering operations, and stoppers (158) are provided on both sides of the outer peripheral surface of the other side of the plane cutting of the lifting support portion (154) for appropriately controlling the lifting by blocking the lower end of the fitting rib (144) when the lifting support portion (154) is lifted to use up the remaining amount of the cosmetics (170) remaining in the filling space (143) of the cosmetics support (140); and, The protective cap (160) is opened and closed at the upper end of the lifting operation tube body (110) in order to protect the cosmetics.

2. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: The rotating tube body (120) coupled and supported inside the lifting operation tube body (110) is fixedly supported in a manner that allows for rotation and separation together through the mutual coupling of a coupling end tube (124) formed by extending from its lower end and a coupling rib (112) extending upward from the inner bottom surface of the lifting operation tube body (110).

3. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: A first blocking groove (131a-1) and a second blocking groove (131a-2) are further formed at appropriate intervals inside and outside the lower end support portion (131a) of the protective tube body (130), and a second blocking protrusion (124a) and a first blocking protrusion (113) corresponding to them are further formed on the outer peripheral surface of the coupling tube body (124) of the rotating tube body (120) and the inner peripheral surface of the lifting operation tube body (110) at corresponding positions, so that they block and combine with each other.

4. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: On both sides of the lower part of the cosmetic support (140), a tension support piece (146) capable of exerting elasticity is formed by cutting off a portion, and the tension support piece (146) protrudes outward to form a first blocking ridge (146a) that is closely attached to the inner circumference of the protective tube body (130) and moves.

5. The stick-shaped cosmetic container with a usable surplus amount according to claim 4, characterized in that: A second blocking ridge (134) is protruded from the inner circumferential surface of the protective tube body (130) which moves in close contact with the first blocking ridge (146a) of the tension support sheet (146) through tension. When the lifting rib (142) of the cosmetic support (140) rises to the highest point along the vertical lifting guide groove (132) of the protective tube body (130) for the entry and exit of cosmetics (170), the first blocking ridge (146a) and the second blocking ridge (134) are supported by the step ridge while sliding in contact and crossing over.

6. The stick-shaped cosmetic container with a remaining quantity available according to claim 5, characterized in that: The first blocking ridge (146a) formed on the tension support sheet (146) of the cosmetic support (140) and the second blocking ridge (134) of the protective tube body (130) are arranged in directions perpendicular to each other compared to the positions where the lifting rib (142) of the cosmetic support (140) and the vertical lifting guide groove (132) of the protective tube body (130) are formed, and the first blocking ridge (146a) and the second blocking ridge (134) are formed at a position where the lifting rib (142) and the vertical lifting guide groove (132) of the protective tube body (130) block each other so that the first blocking ridge (146a) passes over the second blocking ridge (134) and is supported.

7. The stick-shaped cosmetic container with a usable surplus amount according to claim 5, characterized in that: The lifting rib (142) rises to the highest position of the cosmetic support (140) along the vertical lifting guide groove (132) of the protective tube body (130), and when the cosmetics are put in and out and the residual amount induction tube body (150) moves downward, the first blocking ridge (146a) is supported by the second blocking ridge (134) of the protective tube body (130) in a state of being blocked by the segment ridge, thereby preventing it from moving downward by itself, and only when the cosmetics are put in and out and the residual amount induction tube body (150) is operated to move downward by the rotation of the rotating tube body (120), the first blocking ridge (146a) is supported by the second blocking ridge (134) of the protective tube body (130), thereby preventing it from moving downward by itself, and only when the cosmetics are put in and out and the residual amount induction tube body (150) is operated to move downward by the rotation of the rotating tube body (120), the first blocking ridge (146a) is supported by the second blocking ridge (134) of the protective tube body (130), thereby stably fixing and supporting the cosmetics (170).

8. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: By further forming a third blocking protrusion (126) and a third blocking groove (148) on the rotating tube (120) and the cosmetic support (140) respectively and blocking each other, the rotating tube (120) is prevented from accidentally rotating due to the lifting operation of the tube (110) when the product is circulated or subjected to unexpected external forces, thereby preventing the cosmetics from being put in and out of the spiral protrusion (122) spirally coupled to the rotating tube (120) and the residual exhaustion inducing tube (150) from accidentally lifting.

9. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: One or more fixing ribs (143a) are further radially arranged on the inner circumference of the filling space (143) of the cosmetic support (140), and a slit (152a) into which the fixing ribs (143a) can be embedded is further cut out on the cosmetic support portion (152) of the cosmetic inlet and outlet operation and residual amount exhaustion induction tube body (150).

10. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: The rotating tube body (120), the protective tube body (130), the cosmetic support (140), the cosmetic in and out operation and the residual quantity exhaustion induction tube body (150) except the lifting operation tube body (110) and the protective cap (160) are assembled into a cosmetic filling unit (200), and the cosmetics (170) can be filled from the upper part of the protective tube body (130) into the filling space (143) of the cosmetic support (140).

11. The stick-shaped cosmetic container with a usable surplus amount according to claim 1, characterized in that: The rotating tube body (120), the protective tube body (130), the cosmetic support (140), and the cosmetic inlet and outlet operation and remaining amount exhaustion induction tube body (150) except the lifting operation tube body (110) and the protective cap (160) are assembled into a cosmetic filling unit (200), and after a filling through hole (153) is further formed in the cosmetic support part (152) of the cosmetic inlet and outlet operation and remaining amount exhaustion induction tube body (150), an airtight cap (210) is combined at the upper end of the protective tube body (130), so that the cosmetics (170) can be filled from the lower part of the rotating tube body (120) into the filling space (143) of the cosmetic support (140).

12. A stick-shaped cosmetic container capable of using up the remaining amount, characterized in that: When the lifting operation tube body (110) is rotated in a side direction, the cosmetics in and out operation and the residual amount exhaustion induction tube body (150) are vertically lifted and moved by the spiral protrusion (122) of the rotating tube body (120) which is rotated in association with it and the spiral groove (156) of the lifting support part (154) being spirally coupled. While the cosmetics in-and-out operation and the residual amount exhaustion inducing tube body (150) is moving upward, the lifting rib (142) of the cosmetics support (140) which is separably engaged by the engaging rib (144) will also move upward together within the range of the vertical lifting guide groove (132) of the protective tube body (130). At this time, according to the ascending distance, the cosmetics (170) filled in the filling space (143) of the cosmetics support (140) will be exposed to the outside of the upper end support portion (131b) of the protective tube body (130). When the lifting operation tube body (110) is rotated in the opposite direction, the cosmetics in-and-out operation and the residual amount exhaustion inducing tube body (150) and the cosmetics support (140) will also move downward together. At this time, the cosmetics (170) will be moved back to the inside of the upper end support portion (131b) of the protective tube body (130), thereby realizing the proper operation of the cosmetics (170) in and out. When the cosmetic support (140) is raised to the highest point for the first time through the vertical lifting guide groove (132), by continuing to rotate the lifting operation tube body (110) to one side, the fitting force between the fitting rib (144) of the cosmetic inlet and outlet operation and the remaining amount exhaustion induction tube body (150) and the cosmetic support (140) will be forcibly released and the cosmetics will be raised for the second time independently, thereby pushing the cosmetics remaining in the filling space (143) to the outside and using them up or removing them.

13. The stick-shaped cosmetic container with a remaining quantity available according to claim 12, characterized in that: When the cosmetics (170) are put in and taken out, the cosmetics support (140) stably and evenly achieves lifting and lowering movement through the lifting rib (142) structure of the cosmetics support (130) embedded in the vertical lifting guide groove (132) of the protective tube body (130) and the tension support sheet (146) structure having a first blocking ridge (146a) arranged in a state of perpendicular intersection with the protective tube body (130) and elastically adhered to the inner circumference of the protective tube body (130).

14. The stick-shaped cosmetic container with a usable surplus amount according to claim 12, characterized in that: The cosmetics in and out operation and the residual amount exhaustion induction tube body (150) of the second rising operation can be freely raised and lowered within the range where the stopper (158) formed on the lifting support part (154) is blocked by the lower end of the fitting rib (144) of the cosmetics support (140), thereby pushing the cosmetics (170) remaining in the filling space (143) to the outside for exhaustion or removal.

Images