Cosmetic container for mixing and discharging two fluid products

Abstract

The utility model discloses a cosmetic container for mixing and discharging two fluid products. The cosmetic container comprises a first product, a second product, a sealing cover, a dialer, a pump type distributor, a piston and a lifter, the first product and the second product are both liquid products; rotating the dialer to initiate simultaneous upward and rotational movement of the lifter relative to the second product container, the lifter in turn pushing the piston upward in the reservoir cavity; rising of the piston within the reservoir cavity causes an inclined upper edge of the piston to separate the rupturable region from the sealing cap and form a bore within the sealing cap, further rising of the piston discharging the second product into the first product container; the rupturable region is a region surrounded by an annular groove located on the seal cap top wall of the seal cap, the annular groove being separable from the remainder of the seal cap top wall when subjected to sufficient pressure of the piston. According to the utility model, two different cosmetics are accommodated in the independent compartment, so that the mixing driven by a user is facilitated.

Description

Technical Field

[0001] The utility model relates to the field of cosmetic containers, in particular to a cosmetic container for mixing and discharging two fluid products. Background Art

[0002] Generally speaking, liquid or paste cosmetics (hereinafter referred to as "liquid contents") are usually stored in a cosmetic container equipped with a pump dispenser. The user dispenses a specific amount of liquid contents from the cosmetic container by repeatedly pressing the pump dispenser head of the cosmetic container.

[0003] However, there has recently been a trend toward hybrid cosmetics that offer multiple benefits in a single product. These products may combine a liquid base with additional ingredients, such as powders or special-effect liquids (e.g., vitamins or brighteners). To maintain the effectiveness of these functional cosmetics and prevent spoilage during distribution, consumers typically mix the base and additional ingredients before using the product. Consequently, there is a growing demand for dual cosmetic containers that can simultaneously mix and dispense multiple cosmetics.

[0004] This dual cosmetic container allows users to mix and use a variety of cosmetics with different raw materials, each with its own unique shelf life. This ensures an extended overall shelf life and maximizes the efficacy of the mixed cosmetics.

[0005] U.S. Patent No. 5,692,644A discloses a container for separately storing at least two products, mixing these products, and dispensing the mixture. The container comprises a first reservoir for liquid and a second cylindrical reservoir for powder. The second reservoir has an opening adjacent to the first reservoir. A movable wall blocks the opening of the second reservoir. The cylindrical portion is movable from a position outside the second reservoir through the second reservoir cavity and, after penetrating the opening of the first reservoir by moving the movable wall, enters the first reservoir, thereby transferring the powder into the first reservoir.

[0006] An object of the present disclosure is to provide a cosmetic container having a cosmetic mixing function, which is easy to operate and has a simple and cost-effective construction. Utility Model Content

[0007] In order to overcome the deficiencies of the prior art, the utility model provides a cosmetic container for mixing and discharging two fluid products, which accommodates two different cosmetics in separate compartments, thereby facilitating user-driven mixing and simplifying the mixing process, allowing the user to easily mix the two cosmetics by directly rotating a dial.

[0008] The technical solution of the utility model is: a cosmetic container for mixing and discharging two fluid products, comprising:

[0009] a first product contained in a first product container;

[0010] a second product stored in isolation from the first product within the reservoir cavity of a second product container, the second product container being attached to the open lower end of the first product container;

[0011] a sealing cap covering an upper end of the second product container, the sealing cap including a rupturable region on an upper surface thereof;

[0012] a dialer for releasing the second product into the first product container, the dialer being configured to rotate about and encompass the second product container;

[0013] a pump dispenser fixed to a neck portion at an upper end of the first product container, the pump dispenser being configured to discharge a mixture of the first product and the second product from the first product container to the outside;

[0014] a piston positioned within the reservoir cavity below the second product;

[0015] a lifter movably secured to a lower portion of the second product container below the piston in the second product container;

[0016] a center rod integrally formed on an upper side of the piston, the center rod including an inclined upper edge;

[0017] wherein the first product and the second product are both liquid products;

[0018] wherein rotating the dial initiates simultaneous upward and rotational movement of the elevator relative to the second product container, the elevator in turn urging the piston upward in the reservoir chamber;

[0019] wherein the rising of the piston within the reservoir chamber causes the inclined upper edge of the piston to separate the rupturable region from the sealing cover and form a hole in the sealing cover, and further rising of the piston discharges the second product into the first product container;

[0020] The rupturable area is an area surrounded by an annular groove located on the top wall of the sealing cover, and the annular groove can be separated from the rest of the top wall of the sealing cover when subjected to sufficient pressure from the piston.

[0021] wherein the second product container includes at least one storage side wall defining the storage cavity, and the upper end of the storage side wall defines the open upper end of the second product container; wherein, at the lower end of the storage cavity, the storage cavity side wall includes a transversely extending annular wall, and the annular wall is used to define the lower opening of the storage cavity; a cylindrical skirt is suspended from the inner edge of the annular wall in an axially downward direction.

[0022] wherein the second product container further comprises an outer sidewall located radially outward of the reservoir sidewall; wherein an upper end of the outer sidewall is connected to the reservoir sidewall via a transverse shoulder wall positioned at a middle portion of the reservoir sidewall; and wherein a lower end of the outer sidewall defines an open lower end of the second product container.

[0023] wherein the second product container accommodates the lifter in such a manner that the lifter seals the lower opening of the reservoir cavity; and wherein the lifter is threadedly engaged to the cylindrical skirt of the second product container by engaging a locking point located at an upper end of the cylindrical skirt with a sidewall thread formed on an outer surface of the lifter, the locking point of the second product container being protruding and the sidewall thread on the lifter being a grooved thread.

[0024] Wherein, the side wall thread of the lifter is provided with stop protrusions at both ends; wherein the stop protrusions define the retraction end and the advancement end of the lifter; wherein, when the locking point of the second product container abuts against the stop protrusion located at the upper end of the side wall thread of the lifter, the lifter is prevented from further descending; and when the locking point of the second product container abuts against the stop protrusion located at the lower end of the side wall thread of the lifter, the lifter is prevented from further ascending.

[0025] wherein the lifter comprises a transverse top wall and a lower cylindrical side wall extending downward from the lower surface of the transverse top wall; wherein a connecting skirt is formed extending upward from the upper surface of the transverse top wall; wherein a side wall thread is formed on the outer surface of the lower cylindrical side wall of the lifter; and wherein the transverse top wall comprises an annular flange, which extends radially outward as a radial extension of the transverse top wall, the annular flange of the transverse top wall of the lifter contacts the annular wall of the second product container; and wherein the connecting skirt of the lifter extends into the storage cavity of the second product container, and the lower cylindrical side wall is threadedly engaged with the locking point of the cylindrical skirt by corresponding side wall threads.

[0026] wherein the dialer includes a dialer sidewall having an open dialer upper end and a dialer bottom end closed by a bottom wall; wherein the dialer further includes an inner post arranged coaxially with the dialer and formed integrally with the dialer; and wherein a receiving cavity is formed between the dialer sidewall and the inner post of the dialer, the receiving cavity being configured to accommodate a lower portion of a second product container, wherein the inner post of the dialer has a rectangular shape having two opposing flat sides and two opposing curved sides; and wherein the lower cylindrical sidewall of the lifter further has an inner periphery mounted on the inner post of the dialer to prevent any relative rotational movement between the lifter and the dialer during operation.

[0027] wherein the piston comprises a piston body, a first piston lip and a second piston lip, the first piston lip and the second piston lip being arranged around the periphery of the piston body; wherein the first piston lip and the second piston lip are in sealing sliding contact with the inner surface of the reservoir side wall of the second product container; and wherein the piston comprises a connecting annular sleeve, the connecting annular sleeve extending downward from the piston body and being configured to be securely connected to the connecting skirt of the lifter.

[0028] wherein the inner surface of the lower portion of the cylindrical side wall of the first product container includes a locking groove, and the locking groove receives a corresponding second locking protrusion formed on the outer surface of the second product container; wherein the inner surface of the sealing cover side wall of the sealing cover has a sealing cover annular locking groove; and wherein the sealing cover annular locking groove on the sealing cover accommodates the corresponding first locking protrusion located on the outer surface of the reservoir side wall of the second product container, for connecting the sealing cover to the second product container; wherein a dialer annular locking groove is formed at the inner surface of the dialer side wall of the dialer; wherein a third locking protrusion is formed at the outer surface of the outer side wall of the second product container; and wherein the dialer annular locking groove of the dialer receives the third locking protrusion of the second product container, so that the dialer can rotate relative to the second product container without being separated from the second product container.

[0029] wherein the pump dispenser has a support body threadedly mounted on the neck of the first product container; wherein the support body fixes the pumping assembly to the neck of the first product container; wherein the pumping assembly includes a cylinder having a pressure chamber formed therein to temporarily store the product from the first product container; wherein the pumping assembly also includes a hollow piston rod, the lower end of the hollow piston rod is located in the cylinder, and the upper end of the hollow piston rod passes through the central portion of the support body; the pump dispenser has a check valve that opens and closes a cylinder inlet formed at the bottom of the cylinder; and a dispensing head is fixed to the upper end of the hollow piston rod, and the dispensing head has a discharge port formed on one side thereof; and a coil spring is provided between the hollow piston rod and the support body, the coil spring being used to elastically support the hollow piston rod upward together with the dispensing head.

[0030] The beneficial effects of the present invention are that it accommodates two different cosmetics in separate compartments and is used to mix the two liquid products upon initial use; the user can easily mix the two cosmetics by directly rotating the dialer, and then discharge the mixed products in a single pumping operation, which is convenient for user-driven operation and simplifies the mixing process. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 A perspective view of a cosmetic container according to a preferred embodiment of the present disclosure is shown, wherein the outer cover thereof is shown in a removed state;

[0032] Figure 2 Shown Figure 1 A longitudinal sectional view of a cosmetic container with an outer cover attached to the cosmetic container;

[0033] Figure 3 Shown Figure 1 Exploded view of a cosmetic container;

[0034] Figure 4 Shown Figure 1 A perspective view of a second product container of the cosmetic container;

[0035] Figure 5 Shown Figure 4 a longitudinal sectional view of a second product container;

[0036] Figure 6 Shown Figure 2 A perspective view of a sealing cover of a cosmetic container;

[0037] Figure 7 Shown Figure 6 A longitudinal sectional view of the sealing cover;

[0038] Figure 8A Shown Figure 2A top perspective view of a lifter for a cosmetic container;

[0039] Figure 8B Shown Figure 8A A bottom perspective view of a lifter;

[0040] Figure 9 Shown Figure 8A A longitudinal cross-sectional view of a lifter;

[0041] Figure 10 Shown Figure 2 A perspective view of a dialer of a cosmetic container;

[0042] Figure 11 Shown Figure 10 A longitudinal cross-sectional view of the dialer;

[0043] Figure 12 Shown Figure 2 A perspective view of a piston of a cosmetic container;

[0044] Figure 13 Shown Figure 12 A longitudinal cross-sectional view of a piston;

[0045] Figure 14 Shown Figure 2 another longitudinal cross-section of the cosmetic container after its dialer is rotated to mix the first product with the second product;

[0046] Figure 15 Shown Figure 2 Another longitudinal cross-section of the cosmetic container of , showing the cosmetic container after all of the second product has been released into the first product container. DETAILED DESCRIPTION

[0047] As shown throughout the accompanying drawings, the same reference numerals represent the same or corresponding parts. Although the illustrative embodiments of the present disclosure have been described and illustrated above, it should be understood that these are exemplary embodiments of the present disclosure and should not be considered as restrictive. Additions, deletions, substitutions and other modifications may be made without departing from the spirit or scope of the present disclosure. Therefore, the present disclosure is not considered to be limited by the foregoing description.

[0048] The terms "comprise" (and any forms of comprising, such as "includes" and "comprising"), "have" (and any forms of having, such as "having" and "having"), include (and any types of including, such as "contains" and "containing"), and include (and any types of including, such as "includes" and "including") are open-ended linking verbs. Thus, a system or method that "comprises," "has," "includes," or "includes" one or more elements possesses those one or more elements, but is not limited to possessing only those one or more elements or steps. Similarly, an element of a system or method that "comprises," "has," "includes," or "includes" one or more features possesses those one or more features, but is not limited to possessing only those one or more features. Furthermore, structure that is configured in a certain way must be configured in at least that way, but may also be configured in unspecified ways or ways.

[0049] Figure 1 -8 shows a cosmetic container 1 for dispensing a fluid product, such as a liquid or any other fluid-like product, according to a preferred embodiment of the present disclosure. The product may be more viscous than water, or, optionally, even pasty. The cosmetic container 1 according to the present disclosure is used to uniformly mix two different types of liquid products during initial use, and then discharge the mixed contents in a single pumping operation. Figure 2 As shown, cosmetic container 1 is configured for mixing a first product P1 with a second product P2. The first and second products are liquid products. First product P1 is contained in first product container 30, and pump dispenser 20 is secured to neck 31 formed at the upper end of first product container 30. Second product P2 is contained in second product container 70.

[0050] Cosmetic container 1 includes a first product container 30, a second product container 70, a pump dispenser 20, an outer cap 10, a sealing cap 40, a piston 50, a lifter 60, and a dialer 80. The open lower end of first product container 30 is sealingly attached to second product container 70. Cosmetic container 1 allows the user to easily mix the first and second products within cosmetic container 1 by simply twisting dialer 80 before first use. Dialer 80 is designed to rotate around and enclose second product container 70. Simultaneously, lifter 60 is securely screwed into the lower portion of second product container 70, located below its reservoir chamber 72. Piston 50 is slidably positioned within reservoir chamber 72 below the second product P2. When dialer 80 rotates relative to first and second product containers 30, 70, it activates upward movement of lifter 60, which in turn applies pressure to piston 50 located within second product container 70. When the piston 50 rises toward the upper end of the second product container 70, the central rod 57 located on the upper side of the piston 50 pierces the rupturable area 43 of the sealing cap 40, which seals the upper portion of the second product container 70. As a result, the second product P2 contained in the second product container 70 is discharged into the first product container 30.

[0051] In this embodiment, the second product container 70 has a generally cylindrical shape along the main axis of the cosmetic container 1, and is tightly and hermetically mounted on the lower end of the first product container 30. The first product container 30 has a cylindrical sidewall 32 with a hollow interior to accommodate the first product P1, and a neck 31 with a neck external thread 31a is provided on the top thereof to mount the pump dispenser 20. In addition, the lower portion of the cylindrical sidewall 32 of the first product container 30 is open and has a portion 33 with an enlarged inner diameter, while forming a stepped jaw 34 so that the second product container 70 can be attached to the open lower interior. Figure 2 As shown, the inner surface of the lower portion of the cylindrical sidewall 32 of the first product container 30 includes a locking recess 35 that receives a corresponding second locking protrusion 78 b formed on the outer surface of the second product container 70 .

[0052] like Figure 4 and Figure 5As shown, second product container 70 includes at least one reservoir sidewall 71 defining a reservoir cavity 72 for storing a second product P2. Second product container 70 includes an open upper end 71a defined by the upper end of reservoir sidewall 71. Reservoir sidewall 71 includes a transversely extending annular wall 74 located at the lower end of reservoir cavity 72. Annular wall 74 defines a lower opening 79 of reservoir cavity 72. Furthermore, a cylindrical skirt 75 depends axially downward from an inner edge 74a of annular wall 74. Cylindrical skirt 75 also includes a locking point 75a located at or adjacent to the upper end of cylindrical skirt 75.

[0053] Second product container 70 includes an outer sidewall 73 positioned radially outwardly to dialer sidewall 81 of dialer 80. The upper end of outer sidewall 73 is connected to reservoir sidewall 71 by a transverse shoulder wall 76 located in the middle portion of reservoir sidewall 71. The lower end of outer sidewall 73 defines an open lower end 71b of second product container 70.

[0054] Reference Figure 2 The open upper end 71a of the second product container 70 is defined by the open upper end of the reservoir sidewall 71 and is adapted to be sealed by the sealing cap 40. The lower portion and the lower open end 71b of the outer sidewall 73 of the second product container 70 are engaged by the dialer 80. The dialer 80 is rotatably connected to the outer sidewall 73 of the second product container 70.

[0055] Reference Figure 2 , the second product P2 is accommodated in the reservoir chamber 72 on the upper side of the piston 50, and the open upper end 71a of the reservoir chamber 72 is closed by the sealing cover 40. Figure 6 and Figure 7 As shown, the sealing cover 40 includes a sealing cover top wall 41 and a sealing cover side wall 42 depending from the sealing cover top wall 41. The sealing cover top wall 41 includes a rupturable area 43, the thickness of which is less than the thickness of the remaining portion of the sealing cover top wall 41. The rupturable area 43 is an annular groove 44 formed on the upper surface of the sealing cover top wall 41. In addition, the sealing cover side wall 42 of the sealing cover 40 includes a sealing cover annular locking groove 45 formed on the inner surface thereof. The sealing cover annular locking groove 45 of the sealing cover 40 receives a corresponding first locking protrusion 78a formed on the outer surface of the reservoir side wall 71 of the second product container 70, for connecting the second product container 70 to the sealing cover 40.

[0056] The circumferential size of the upper portion of the outer sidewall 73 of the second product container 70 complements the circumferential size of the inner circumference of the lower portion of the first product container 30 so that the lower portion of the outer sidewall 73 of the second product container 70 is sealedly disposed inside the first product container 30 .

[0057] like Figure 2 As shown, the second product container 70 accommodates the lifter 60 so that the lifter 60 closes the lower opening 79 of the reservoir cavity 72. The lifter 60 is threadedly engaged to the cylindrical skirt 75 of the second product container 70 by engaging the locking point 75a of the second product container 70 with the side wall thread 67 formed on the outer surface of the lifter 60. The locking point 75a of the second product container 70 is protruding, while the side wall thread 67 of the lifter is a grooved thread.

[0058] Refer to Figure 8 and Figure 9 The lifter 60 includes a transverse top wall 65 and a lower cylindrical side wall 63 extending downward from the lower surface of the transverse top wall 65. A connecting skirt 64 extends upward from the upper surface of the transverse top wall 65 and is located in the center of the transverse top wall 65. The lower cylindrical side wall 63 also includes a closed side wall upper end 61 and an open side wall lower end 62 opposite to its side wall upper end 61. The transverse top wall 65, the side wall lower end 62 and the lower cylindrical side wall 63 of the lifter 60 define an internal cavity 66. A side wall thread 67 is formed on the outer surface of the lower cylindrical side wall 63 of the lifter 60. The transverse top wall 65 includes an annular flange 68, which extends radially outward as a radial extension of the transverse top wall 65.

[0059] Reference Figure 2 In the second product container 70, the annular flange 68 of the transverse top wall 65 of the lifter 60 abuts against the annular wall 74 of the second product container 70 and closes the opening of the reservoir cavity 72. In this state, the connecting skirt 64 of the lifter 60 protrudes into the reservoir cavity 72 of the second product container 70, and the lower cylindrical side wall 63 is threadedly engaged with the inner surface of the cylindrical skirt 75 via the corresponding side wall threads 67 and the locking point 75a.

[0060] The sidewall threads 67 of the lifter 60 are grooved threads with stop protrusions 67a and 67b at their ends. The stop protrusions 67a and 67b define the retraction and advancement ends of the lifter 60. When the locking point 75a of the second product container 70 abuts the stop protrusion 67a at the upper end of the sidewall threads 67 of the lifter 60, the lifter 60 is prevented from further descending. When the locking point 75a of the second product container 70 abuts the stop protrusion 67b at the lower end of the sidewall threads 67 of the lifter 60, the lifter 60 is prevented from further ascending.

[0061] Reference Figure 10 and Figure 11The dialer 80 includes a dialer sidewall 81 having an open dialer upper end 82 and a dialer lower end 83 enclosed by a bottom wall 84. The dialer 80 includes an inner post 86 coaxially arranged with and integrally formed with the dialer 80. The inner post 86 extends axially upward from the inner surface of the bottom wall 84. The dialer 80 is rotatably connected to the second product container 70 and moves the lifter 60 through its rotation. The outer diameter of the dialer sidewall 81 is formed to be the same as the outer diameter of the first product container 30. Therefore, a stepped portion is not formed on the outer surface of the cosmetic container 1, but can be formed smoothly.

[0062] A dialer annular locking groove 87 is formed on the inner surface of the dialer side wall 81 of the dialer 80. A third locking protrusion 78c is formed on the outer surface of the outer side wall 73 of the second product container 70. The dialer annular locking groove 87 of the dialer 80 receives the third locking protrusion 78c of the second product container 70. Therefore, the dialer 80 can be rotated relative to the second product container 70 without being separated from the second product container 70.

[0063] A receiving cavity 89 is formed between the dialer side wall 81 and the inner column 86 of the dialer 80. The receiving cavity 89 is configured to receive the lower portion of the second product container 70 (see FIG. Figure 2 When the lower portion of the second product container 70 is received in the dialer 80, the outer sidewall 73 and the cylindrical skirt 75 are received in the receiving cavity 89 of the dialer 80. The inner column 86 of the dialer 80, the lower cylindrical sidewall 63 of the lifter 60, and the cylindrical skirt 75 of the second product container 70 are coaxially sleeved in sequence from the inside to the outside.

[0064] Reference Figure 2 , piston 50 is movably received in reservoir chamber 72 of second product container 70. When the second product P2 in reservoir chamber 72 is to be discharged, piston 50 is axially movable toward the upper end of second product container 70, as will be explained in more detail later. Piston 50 is movable, for example, by being pushed upward by lifter 60. Lifter 60 is specifically designed so that piston 50 is positioned on top of lifter 60. When the second product P2 is to be discharged from second product container 70 to be mixed with the first product P1, piston 50 is moved from the lower end of reservoir chamber 72 toward the upper end of reservoir chamber 72 by means of lifter 60.

[0065] Reference Figure 12 and Figure 13 The piston 50 has a piston body 51 and a first piston lip 52 and a second piston lip 53 formed on the outer periphery of the piston body 51. The first piston lip 52 and the second piston lip 53 are configured to slide in contact with each other in a reservoir cavity 72 formed by the inner surface of the reservoir side wall 71 without leaking (see Figure 2 ). The piston 50 is advantageously made as a single part. The first piston lip 52 and the second piston lip 53 form a seal for the second product P2, by which the second product P2 is prevented from being discharged from the lower end of the reservoir chamber 72. In addition, the piston 50 comprises a connecting annular sleeve 55 which extends downwardly from the piston body 51 and is configured to be securely connected to the connecting skirt 64 of the lifter 60, see Figure 2 . Thus, when the lifter 60 moves axially upwardly therewith in the reservoir chamber 72, the piston 50 is also urged to move in an upward direction. In addition, the piston body 51 includes a central rod 57 coaxially positioned on and extending upwardly from the piston body 51. The central rod 57 of the piston 50 includes an inclined upper edge 56 that is configured to exert a force on the rupturable region 43, causing it to rupture and separate from the remainder of the sealing cap 40. As a result of this action, a hole 46 is formed in the sealing cap 40. This hole 46 serves as a conduit that enables the second product P2 to be discharged into the first product container 30 to be mixed with the first product P1.

[0066] The lifter 60 is coupled to the dialer 80 to convert the rotary motion of the dialer 80 into a linear reciprocating motion. Figure 2 、 Figure 8B and Figure 10 , the inner post 86 of the dialer 80 has a non-circular cross-section, and similarly, the lower cylindrical sidewall 63 of the lifter 60 has an inner periphery configured to match the non-circular cross-sectional shape of the inner post 86. In the illustrated embodiment, as Figure 10 As shown, the inner column 86 of the dialer 80 has a rectangular shape with two opposing flat sides 86a and two opposing curved sides 86b. The lower cylindrical sidewall 63 of the lifter 60 is mounted on the rectangular inner column 86 of the dialer 80 to prevent any relative rotational movement between the lifter 60 and the dialer 80 during operation. Therefore, when in use, the lifter 60 moves in unison in the axial direction relative to the dialer 80. Therefore, the lifter 60 can be lifted within the reservoir chamber 72 in conjunction with the rotation of the dialer 80. In other words, the lifter 60 is coupled to the dialer 80 to convert the rotational motion of the dialer 80 into linear reciprocating motion.

[0067] The pump dispenser 20 includes a support body 21 threadedly mounted on the neck 31 of a first product container 30. The support body 21 includes a coupling portion 22 having coupling threads 22a, which engage with external neck threads 31a formed on the outer surface of the neck 31 of the first product container 30. The support body 21 is configured to secure a pumping assembly disposed within the neck 31 of the first product container 30. The pumping assembly includes a cylinder 23 having a pressure chamber 23a formed therein to temporarily store product from the first product container 30. This product is drawn into the cylinder via a suction tube 24 secured to the lower end of the cylinder 23. The pumping assembly also includes a hollow piston rod 25, the lower end of which is located within the cylinder 23 and the upper end of which passes through the center of the support body 21. The hollow piston rod 25 is configured to move / slide vertically. Furthermore, a check valve 26 is provided, which opens and closes a cylinder inlet 27 formed at the bottom of the cylinder 23 in response to changes in pressure within the pressure chamber 23a. A dispensing head 28 is fixed to the upper end of the hollow piston rod 25 and has a discharge port 28a formed on one side. A coil spring 29 is disposed between the hollow piston rod 25 and the support body 21, elastically supporting the hollow piston rod 25 upwards together with the dispensing head 28. When the dispensing head 28 is pressed downward, the hollow piston rod 25 moves downward, compressing the coil spring 29. Consequently, the pressure in the pressure chamber 23a increases, and the product temporarily stored therein is transferred to the hollow piston rod 25 and discharged to the outside through the discharge port 28a of the dispensing head 28. When the external force pressing the dispensing head 28 is removed, the hollow piston rod 25 rises again under the elastic supporting force of the coil spring 29, and the check valve 26 opens. The product stored in the first product container 30 is again drawn through the suction tube 24. Various other types of dispensing mechanisms or other pump mechanisms known in the art may be used to dispense product from the first product container 30 within the scope and range of the present disclosure.

[0068] Next, we will refer to Figure 2 、 Figure 14 and Figure 15 The use and effects of the cosmetic container 1 according to the present disclosure constructed as described above are described.

[0069] Initially, before the first use of the cosmetic container 1 according to the present disclosure, as Figure 2As shown, a first product P1 is contained within a first product container 30, while a second product P2 is stored within a second product container 70. Thus, the first product P1 and the second product P2 remain separate. To initiate mixing of the two liquid products P1 and P2, the user rotates the dialer 80 relative to the first product container 30. This action causes both the inner column 86 and the lifter 60, driven by the dialer 80, to rotate synchronously. Assuming that the second product container 70 remains stationary relative to the first product container 30, the lifter 60 simultaneously moves upward along the locking point 75a of the second product container 70 during its rotational movement. As the lifter 60 rises, it exerts upward pressure on the piston 50, forcing it to move in an upward direction. As the piston 50 rises, the center rod 57 of the piston 50 applies pressure, causing the rupturable area 43 to rupture, thereby forming an opening (hole 46) in the sealing cap 40, see FIG. Figure 14 The hole 46 allows the second product P2 to flow into the first product container 30, promoting its mixing with the first product P1. The piston 50 eventually reaches its highest position, displacing the entire second product P2 from the reservoir chamber 72 into the first product container 30 and contacting the inner surface of the sealing cap 40, see Figure 15 .

[0070] Then, the user can shake the cosmetic container 1 to evenly mix the first product P1 and the second product P2. When the user removes the outer cover 10 and presses the dispensing head 28 of the pump dispenser 20, the first product P1 and the second product P2 mixed in the first product container 30 are discharged to the outside.

[0071] The present disclosure is not limited to the broadest disclosure based on the basic ideas disclosed herein. It should be interpreted as having a scope. Those skilled in the art can achieve patterns in non-real-time manners by combining or replacing the disclosed embodiment shapes, which does not depart from the scope of the present invention. In addition, those skilled in the art can easily change or modify the disclosed embodiments based on this specification, and it will be obvious that such changes or modifications also fall within the scope of the present disclosure.

Claims

1. A cosmetic container for mixing and discharging two fluid products, characterized in that: include: a first product contained in a first product container; a second product stored in isolation from the first product within the reservoir cavity of a second product container, the second product container being attached to the open lower end of the first product container; a sealing cap covering an upper end of the second product container, the sealing cap including a rupturable region on an upper surface thereof; a dialer for releasing the second product into the first product container, the dialer being configured to rotate about and encompass the second product container; a pump dispenser fixed to a neck portion at an upper end of the first product container, the pump dispenser being configured to discharge a mixture of the first product and the second product from the first product container to the outside; a piston positioned within the reservoir cavity below the second product; a lifter movably secured to a lower portion of the second product container below the piston in the second product container; a center rod integrally formed on an upper side of the piston, the center rod including an inclined upper edge; wherein the first product and the second product are both liquid products; wherein rotating the dial initiates simultaneous upward and rotational movement of the elevator relative to the second product container, the elevator in turn urging the piston upward in the reservoir chamber; wherein the rising of the piston within the reservoir chamber causes the inclined upper edge of the piston to separate the rupturable region from the sealing cover and form a hole in the sealing cover, and further rising of the piston discharges the second product into the first product container; The rupturable area is an area surrounded by an annular groove located on the top wall of the sealing cover, and the annular groove can be separated from the rest of the top wall of the sealing cover when subjected to sufficient pressure from the piston.

2. The cosmetic container for mixing and discharging two fluid products according to claim 1, characterized in that: in, The second product container includes at least one storage side wall defining the storage cavity, and the upper end of the storage side wall defines the open upper end of the second product container; wherein, at the lower end of the storage cavity, the storage cavity side wall includes a transversely extending annular wall, and the annular wall is used to define the lower opening of the storage cavity; a cylindrical skirt is suspended from the inner edge of the annular wall in an axially downward direction.

3. The cosmetic container for mixing and discharging two fluid products according to claim 2, characterized in that: in, The second product container also includes an outer sidewall located radially outward from the reservoir sidewall; wherein an upper end of the outer sidewall is connected to the reservoir sidewall by a transverse shoulder wall positioned at an intermediate portion of the reservoir sidewall; and wherein a lower end of the outer sidewall defines an open lower end of the second product container.

4. The cosmetic container for mixing and discharging two fluid products according to claim 2, characterized in that: in, The second product container accommodates the lifter in a manner that the lifter seals the lower opening of the reservoir cavity; and wherein the lifter is threadably engaged to the cylindrical skirt of the second product container by engaging a locking point located at an upper end of the cylindrical skirt with a sidewall thread formed on an outer surface of the lifter, the locking point of the second product container being protruding and the sidewall thread on the lifter being a grooved thread.

5. The cosmetic container for mixing and discharging two fluid products according to claim 4, characterized in that: in, The side wall threads of the lifter are provided with stop protrusions at both ends; wherein the stop protrusions define the retraction end and the advancement end of the lifter; wherein, when the locking point of the second product container abuts against the stop protrusion located at the upper end of the side wall threads of the lifter, the lifter is prevented from further descending; and when the locking point of the second product container abuts against the stop protrusion located at the lower end of the side wall threads of the lifter, the lifter is prevented from further ascending.

6. The cosmetic container for mixing and discharging two fluid products according to claim 2, characterized in that: in, The lifter includes a transverse top wall and a lower cylindrical side wall extending downward from the lower surface of the transverse top wall; wherein a connecting skirt is formed extending upward from the upper surface of the transverse top wall; wherein a side wall thread is formed on the outer surface of the lower cylindrical side wall of the lifter; and wherein the transverse top wall includes an annular flange, which extends radially outward as a radial extension of the transverse top wall, and the annular flange of the transverse top wall of the lifter contacts the annular wall of the second product container; and wherein the connecting skirt of the lifter extends into the storage cavity of the second product container, and the lower cylindrical side wall is threadedly engaged with the locking point of the cylindrical skirt by corresponding side wall threads.

7. The cosmetic container for mixing and discharging two fluid products according to claim 1, characterized in that: wherein the dialer includes a dialer sidewall having an open dialer upper end and a dialer bottom end closed by a bottom wall; wherein the dialer further includes an inner post arranged coaxially with the dialer and formed integrally with the dialer; and wherein a receiving cavity is formed between the dialer sidewall and the inner post of the dialer, the receiving cavity being configured to accommodate a lower portion of a second product container, wherein the inner post of the dialer has a rectangular shape having two opposing flat sides and two opposing curved sides; and wherein the lower cylindrical sidewall of the lifter further has an inner periphery mounted on the inner post of the dialer to prevent any relative rotational movement between the lifter and the dialer during operation.

8. The cosmetic container for mixing and discharging two fluid products according to claim 1, characterized in that: in, The piston includes a piston body, a first piston lip and a second piston lip, wherein the first piston lip and the second piston lip are arranged around the outer circumference of the piston body; wherein the first piston lip and the second piston lip are in sealing sliding contact with the inner surface of the reservoir side wall of the second product container; and wherein the piston includes a connecting annular sleeve extending downwardly from the piston body and configured to be securely connected to the connecting skirt of the elevator.

9. The cosmetic container for mixing and discharging two fluid products according to claim 1, characterized in that: in, The inner surface of the lower portion of the cylindrical side wall of the first product container includes a locking groove, which receives a corresponding second locking protrusion formed on the outer surface of the second product container; wherein the inner surface of the sealing cover side wall of the sealing cover has a sealing cover annular locking groove; and wherein the sealing cover annular locking groove on the sealing cover accommodates the corresponding first locking protrusion located on the outer surface of the reservoir side wall of the second product container, for connecting the sealing cover to the second product container; wherein a dialer annular locking groove is formed at the inner surface of the dialer side wall of the dialer; wherein a third locking protrusion is formed at the outer surface of the outer side wall of the second product container; and wherein the dialer annular locking groove of the dialer receives the third locking protrusion of the second product container, so that the dialer can rotate relative to the second product container without being separated from the second product container.

10. The cosmetic container for mixing and discharging two fluid products according to claim 1, characterized in that: in, The pump dispenser has a support body threadedly mounted on the neck of the first product container; wherein the support body fixes the pumping assembly to the neck of the first product container; wherein the pumping assembly includes a cylinder having a pressure chamber formed therein to temporarily store the product from the first product container; wherein the pumping assembly also includes a hollow piston rod, the lower end of the hollow piston rod is located in the cylinder, and the upper end of the hollow piston rod passes through the central portion of the support body; the pump dispenser has a check valve that opens and closes the cylinder inlet formed at the bottom of the cylinder; and a dispensing head is fixed to the upper end of the hollow piston rod, and the dispensing head has a discharge port formed on one side thereof; and a coil spring is provided between the hollow piston rod and the support body, the coil spring being used to elastically support the hollow piston rod upward together with the dispensing head.

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