TWI731750B - Stacked coating container (2) - Google Patents

Abstract

A laminated smearing container is composed of multiple middle container layers stacked and sleeved, the top end is joined with a cover body, and the bottom end is joined with a base. In particular, the middle container layer of each layer has a housing shell for storing glue, and the top edge A middle isolation layer is fixedly connected to the upper part, the center of the middle isolation layer is provided with an outlet slot, the top surface of the middle isolation layer is fixedly connected with an applicator, and the longitudinal center of the applicator is opened with a thin through slot leading down to the outlet slot, The thin through groove and the outlet groove are shielded by a closed film. When in use, a through rod attached to the cover body passes through the thin through groove from top to bottom and then breaks through the closed film, so that the application container is deflected. , The glue in the memory can flow out through the outlet slot and be impregnated in the applicator for smearing; the laminated smearing container adopts a multi-layer middle container to be laminated and sleeved, so it can be used multiple times in the order of multi-layer assembly , When not in use, the cover is closed and sealed to prevent leakage, so it is convenient to carry and use.

Description

Stacked coating container (2)

The present invention relates to a layered smearing container, which is laminated and sleeved by a plurality of middle container layers. The top end is joined with a cover body, and the bottom end is joined with a base. The application container is convenient to carry out and use layer by layer, especially for each layer. The middle container layer is provided with a ball applicator containing glue, and a thin through groove is opened straightly to lead down to an outlet groove. The thin through groove and the outlet groove are shielded by a closed film, which passes through the cover when in use. A through rod attached to the body passes through the fine through groove from top to bottom and then breaks through the closed film, so that the glue flows out through the outlet groove and is transferred to the surface of the spherical applicator for application.

Press, there is glue in a container. It is a common action to spread the glue on the subject. For example, use a wiping cloth to receive the glue from the shoe polish tank (ie container). , And then apply it to the skin of shoes and boots (that is, the subject matter) for wiping and maintenance. Another example: using a piece of sponge body to accept the essence (that is, glue) from the essence bottle (that is, the container), and then apply it on the epidermis of the face (that is, the subject) for facial skin care.

The current living conditions are getting better and better. Regardless of whether men and women are paying more and more attention to their own skin care concept, some people will bring important skin care products (such as essence) for frequent use. Important skin care products are generally used in small quantities. In terms of effective use, there are many whole-bottle packaging at the time of purchase (the idea is to use it at home for a long time), so it is inconvenient to carry it when going out. Frequent movement, so household whole-bottle-type skin care products are placed in a suitcase or suitcase when they go out. Vibration often causes the bottle cap to be unscrewed, causing the glue in the bottle to accidentally spill, and it is easy to contaminate the suitcase or suitcase. The other items inside cause a lot of trouble and a waste of money.

In view of this, the inventors conducted in-depth research and development and improvement, hoping to provide a laminated smear container that can be used multiple times and is convenient to carry and use out. After many efforts, the present invention was born.

The reason is that the main purpose of the present invention is to provide a laminated smearing container which is composed of laminated sleeves and can be used multiple times.

Another main purpose of the present invention is to provide a laminated smear container that is convenient to carry and use.

In order to achieve the above objective, the present invention has been specially developed to provide a laminated smearing container, which includes a lid, an intermediate container layer and a base, wherein the bottom of the lid is opened inwardly to form an accommodating space, and the lid The inner wall of the bottom of the body is provided with internal threads, and a downwardly extending through rod is formed straight in the center of the top and bottom wall of the cover, the length of which is less than the height of the cover; the number of the intermediate container layer is at least one, the The middle container layer is further composed of an accommodating shell, an intermediate isolation layer and an applicator. The accommodating shell is open at the top, and the middle is separated by a partition into a glue space at the top and a accommodating at the bottom. Space, the outer wall of the glue space is retracted and provided with an external thread, the inner wall of the containing space is provided with an internal thread, and the glue space is filled with glue; the intermediate isolation layer is a plate, solid Connected to the top edge of the accommodating shell, the center of the intermediate isolation layer is provided with an outlet groove, the smear member is made of liquid-absorbable material, and the longitudinal center of the smear member is provided with a fine through groove, the fine through groove and The smear pieces communicate with each other, the bottom surface of the smear piece is fixed to the top surface of the intermediate isolation layer, the fine through groove is located above the outlet groove corresponding to the outlet groove, the top opening of the outlet groove and the thin through groove The bottom outlet is shielded by a closed film; the outer wall of the upper part of the base is provided with external threads, and the upper part of the base enters the accommodating space at the bottom of the intermediate container layer, and is composed of the external threads of the base and the accommodating shell The inner thread of the inner wall of the bottom accommodating space is screwed correspondingly; the through rod of the cover is inserted straight down from the top of the fine through groove of the applicator of the middle container layer, and the inner thread on the inner wall of the cover is in line with The outer wall of the intermediate container layer is screwed with external threads.

In the above-mentioned laminated smearing container, at least one positioning sheet is arranged in the middle of the internal thread of the cover body, and the positioning sheet is easily broken and formed on the internal thread line.

In the above-mentioned laminated smearing container, when the internal thread on the inner wall of the lid is screwed with the external thread at the outer wall of the intermediate container layer, the through rod and the positioning sheet follow the screwing action of the internal thread of the lid When descending, the cover body stops when the positioning sheet reaches the outer edge of the top end of the cover on the intermediate container layer, so that the bottom end of the through rod stays in the fine through groove.

In the above-mentioned laminated smear container, when the internal thread on the inner wall of the lid and the outer thread of the intermediate container layer continue to be screwed, the positioning sheet is twisted and scattered by the screwing action, so that the lid is lowered to abutment. To the wall of the intermediate container layer.

In the above-mentioned laminated smear container, when the lid body descends to abut against the wall body of the intermediate container layer, the bottom end of the through rod penetrates the closed film downward to produce a hole.

In the above-mentioned laminated smearing container, the outlet groove is an inverted push-pull shape with a larger bottom diameter and a smaller top diameter.

In the above-mentioned laminated smearing container, the peripheral outer wall of the cover body is formed with friction lines that are easy to apply force.

According to the above structure and composition, the present invention has the following advantages and effects in use: 1. The laminated smearing container is composed of multi-layer laminated sleeves, which can be used multiple times in sequence. 2. The laminated smearing container is composed of multi-layer laminated sleeves. When not in use, the uppermost middle container layer is closed by the lid body so that there is no risk of glue leakage. The remaining middle container layers are also free of glue because they have not been opened. There is no risk of leakage, so it is extremely convenient to carry and use.

In order to achieve the above-mentioned object, the present invention adopts the technical means and the achievable effect, and the following preferred and feasible embodiments are described in detail with the accompanying drawings, so as to fully understand.

The embodiment of the present invention is a smearing container 1, especially a smearing container 1 composed of multilayer laminated. Please refer to Figures 1 to 5. The smearing container 1 is basically composed of a cover 10 in structure. , An intermediate container layer 20 and a base 30, wherein the number of the intermediate container layer 20 is at least one layer, in this specification and drawings, the intermediate container layer 20 is composed of five layers (as shown in Figure 1 ~ Figure 3); the bottom of the cover 10 is opened inwardly to become a accommodating space, the inner wall of the bottom of the cover 10 is provided with an internal thread 11 for screwing, near the middle of the internal thread 11 A positioning sheet 12 (as shown in FIG. 5) is equally divided in several places (for example, four places), which is easily broken and formed on the line of the internal thread 11 (as shown in FIG. 5A). The top and bottom wall of the cover 10 A downwardly extending through rod 13 is formed straight in the center, the length of which is smaller than the height of the cover 10 (as shown in FIG. 5), and the outer wall of the cover 10 is formed with friction lines 14 that are easy to apply force.

As shown in Figures 3 and 4, the intermediate container layer 20 is further composed of an accommodating shell 21, an intermediate isolation layer 22, and an applicator 23. The accommodating shell 21 has an open top and a middle part The partition 210 is completely separated and divided into an upper glue space 211 and a lower accommodating space 213. The outer wall of the glue space 211 is slightly retracted and is provided with an external thread 212 for screw connection. The inner wall of the space 213 is provided with an internal thread 214 for screw connection, and the glue space 211 is filled with glue 215; the intermediate isolation layer 22 is a circular plate, which is attached to the accommodating shell 21 On the top edge of the slab and processed to achieve a stable connection, for example, bonding processing can be adopted to make the middle isolation layer 22 and the top edge of the housing shell 21 firmly bonded, for example, high-frequency processing can also be adopted to make the middle isolation layer 22 and the top edge of the housing shell 21 are firmly joined, and the center point of the intermediate isolation layer 22 is provided with an outgoing groove 221. The outgoing groove 221 is made upside down, that is, the bottom diameter is larger and the top diameter is smaller. Furthermore, the top opening of the outlet groove 221 can be shielded by a closed film 222; the applicator 23 is made of a fine liquid-absorbable material (for example, fine cotton) to form a raised top surface, the applicator A thin through groove 231 is opened in the longitudinal center of 23. The thin through groove 231 can communicate with the absorbent material of the applicator 23. The bottom surface of the applicator 23 can be fixed to the top surface of the intermediate isolation layer 22 And make the fine through groove 231 correspond to the outgoing groove 221 and be located above the outgoing groove 221, but the closing film 222 shields the top opening of the outgoing groove 221 and at the same time shields the bottom surface outlet of the fine through groove 231.

As shown in Figures 2 and 3, the base 30 can be stably placed on the table, and the outer wall of the upper part of the base 30 is retracted inward and is provided with an external thread 31 for screw connection. The external thread 31 can be connected to the accommodating shell 21 The internal thread 214 on the inner wall of the accommodating space 213 is correspondingly screwed.

According to the above structure, the intermediate container layer 20 itself can be assembled first, and most of the intermediate container layers 20 are assembled first. For example, five layers (pieces) of the same intermediate container layer 20 can be assembled first. The multiple layers (for example, five layers, as shown in Figure 2) of the intermediate container layer 20 are stacked up and down and joined together, which is the connection between the outer thread 212 of the housing shell 21 of the lower intermediate container layer 20 and the inner bottom of the upper intermediate container layer 20. The thread 214 achieves a screw connection, so that the fifth intermediate container layer 20 (that is, the fifth layer) and the fourth intermediate container layer 20 (that is, the fourth layer) are firmly joined, and then the fourth layer and the third layer are firmly joined. The third layer and the second layer are firmly joined and the second layer and the first layer are firmly joined to achieve a five-layer middle container layer 20 stacked up and down and firmly joined together, and then the upper part of the base 30 is inserted into the assembly. In the accommodating space 213 at the bottom of the intermediate container layer 20 of the lowermost layer (that is, the fifth layer), the external thread 31 of the base 30 and the inner thread 214 of the bottom of the lowermost intermediate container layer 20 (that is, the fifth layer) are screwed together. Finally, as shown in Figures 3 and 6, align the through rod 13 of the cover 10 with the top end of the fine through groove 231 of the applicator 23 of the uppermost layer (ie, the first layer) of the middle container layer 20 downward and straight Insert it, and at the same time screw the internal thread 11 on the inner wall of the cover 10 with the external thread 212 of the accommodating shell 21 of the uppermost layer (that is, the first layer) of the middle container layer 20. Of course, the through rod 13 and the The positioning sheet 12 will follow the screwing action of the inner thread 11 of the cover body 10 and descend, so the stroke can be set as when the cover body 10 is lowered due to the screw connection until the positioning sheet 12 touches the uppermost layer (that is, the first Layer) when the outer edge of the intermediate isolation layer 22 of the intermediate container layer 20 stops, as shown in Figure 3, Figure 6 and Figure 6A, this is to set the through rod 13 to reach an intermediate stroke first, that is, not to reach the final stroke. The purpose of stopping first when reaching the intermediate stroke is to allow the bottom end of the through rod 13 to remain within the range enclosed by the fine through groove 231, as shown in FIG. 6B, in other words, to allow the The bottom end of the through rod 13 should not pass downwards out of the range enclosed by the fine through groove 231.

After the manufacturing (assembly) manufacturer completes the above assembly, as shown in Figure 11 and Figure 12, an outer package 40 can be made on the overall appearance, for example, a layer of easy-to-tear film can be coated as the packaging layer, and at the same time, the packaging layer can be more Use sealing film or shrink film processing as the protective layer, regardless of the packaging layer and/or the protective layer are the outer packaging 40; the application container 1 that is assembled as shown in Figures 3 and 6 is further used as the outer packaging 40 , To make the state shown in Figure 11 and Figure 12, in addition to the usual commercial practices, there is also the effect of fixing the cover 10 by the outer package 40 so that it stays in the intermediate stroke. In other words, it has the effect of allowing the The bottom end of the through rod 13 is fixed and stays within the range enclosed by the thin through groove 231; in addition, a number of marking lines 41 are made on the packaging layer of the outer package 40, which are used to mark the uppermost layer (that is, the first (1st floor) the boundary between the middle container layer 20 and the lid body 10, and the boundary between any two middle container layers 20, and the boundary between the lowest layer (that is, the fifth layer) between the middle container layer 20 and the base 30 Demarcation.

To use the smearing container 1, first tear off the protective layer (such as sealing film or shrink film) in the outer package 40, and then mark the cover 10 and the uppermost layer (ie, the first layer) on the packaging layer. The marking line 41 of the boundary of the middle container layer 20 is cut and separated. Then, as shown in FIG. 7, the cover body 10 is rotated so that the inner thread 11 on the inner wall and the outer thread 212 of the uppermost middle container layer 20 are screwed again. The lid body 10 continues to descend. At the moment when the lid body 10 starts to rotate, the positioning sheet 12 is immediately twisted and scattered by the screwing action, so the lid body 10 can descend without hindrance until it reaches the uppermost intermediate container. At the outer edge of the partition 210 of the layer 20 (as shown in Figure 7); when the cover body 10 is rotated to descend, the through rod 13 is also pushed down along the fine through groove 231 at the same time, so it will immediately downward Break the closed film 222 to make the closed film 222 create a hole downwards (as shown in FIG. 7A); then, as shown in FIG. 8, the user must turn the cover 10 inverted upwards to be in contact with the uppermost layer. The middle container layer 20 is disengaged (the lid body 10 must be retained and cannot be lost), and the through rod 13 is also driven to rise along the fine through groove 231 during the process and disengage.

At this time, the user can hold the smearing container 1 and use it at a deflection angle. For example, as shown in FIG. 9, first deflection at an oblique angle, so that the glue 215 originally stored in the glue space 211 can pass through the existing glue space 211. The oblique angle of the outlet groove 221 and the hole of the closed film 222 flow into the absorbent material of the applicator 23, so that the absorbent material of the applicator 23 is impregnated with glue 215, and the greater the tilt angle of deflection , The outflow of the glue 215 (that is, the amount of impregnation of the applicator 23) also increases, so the user can hold the applicator container 1 to make the applicator 23 stick to the skin and operate the applicator container 1 Sliding (moving), pressing the glue 215 impregnated in the applicator 23 onto the skin through appropriate sliding pressure to produce the expected maintenance effect of the glue 215; during use, if you feel the applicator 23 The impregnated glue 215 seems to be less (because it is absorbed by use), then the smear container 1 can be slowly deflected left and right, so that the glue 215 flows into the smear again along the hole of the outlet groove 221 and the closed film 222 In the liquid-absorbable material of the piece 23, it can be used continuously; of course, as shown in Figure 10, the smearing container 1 can also be deflected by 90° (to be horizontal) for use, and then the smearing piece 23 is attached to it. Slide (move) the smear container 1 on the skin, push the glue 215 onto the skin with appropriate sliding pressure, so that the glue 215 will have the expected maintenance effect; after use, it is shown in Figure 7. The lid body 10 is screwed on the uppermost intermediate container layer 20 again, the through rod 13 is inserted into the fine through groove 231 again to stay, and then the above operation is repeated when it is to be used again next time, until The glue 215 in the uppermost middle container layer 20 is gradually reduced to none.

When the glue 215 in the uppermost layer (first layer) of the intermediate container layer 20 has been used up, it must be removed and thrown away. The action is to first unload the lid 10 from the uppermost layer (first layer) The middle container layer 20, and then the marking line 41 that marks the boundary between the first middle container layer 20 and the second middle container layer 20 is separated on the packaging layer, so that the first middle container layer can be separated. 20 is reversed to separate from the second intermediate container layer 20, so the first intermediate container layer 20 can be discarded, and the original second intermediate container layer 20 becomes the uppermost intermediate container layer 20, so it can be Screw the lid 10 on the uppermost (second) intermediate container layer 20, and insert the through rod 13 into the fine through groove 231 of the second intermediate container layer 20 to stay, and then you can follow Use the above operations;

When the first intermediate container layer 20 is used up, it is unloaded and thrown away. Then the second intermediate container layer 20 and the third intermediate container layer 20 are also successively unloaded and thrown away because they are used up. In this case, the entirety of the smearing container 1 is gradually reduced in height, and finally, after the fourth intermediate container layer 20 is used up and is removed and thrown away, the smearing container 1 is left with the lid 10 , The fifth intermediate container layer 20 and the base 30 are composed of three parts. At this time, because the base 30 exists, the length that can be held by the user is increased, so the user can still hold the smearing container 1 and use the first The five-layer middle container layer 20 is used to apply the glue 215 to achieve the application purpose of the invention.

It must be mentioned that the glue 215 filled in the laminated smearing container of the present invention can be any material or substance, as long as it is a glue that can flow, and the use is not limited at all.

According to the structure and composition of the laminated smear container of the present invention, the present invention has the following excellent effects in use: 1. The laminated smearing container is composed of multi-layer laminated sleeves, which can be used in sequence and meets the purpose of the invention that can be used multiple times. 2. The laminated smearing container is composed of multi-layer laminated sleeves. When not in use, the uppermost middle container layer is closed by the lid body so that there is no risk of glue leakage. The remaining middle container layers are also free of glue because they have not been opened. There is no risk of leakage, and it meets the purpose of the invention for convenient carrying and use when going out.

In summary, the present invention clearly achieves the expected function and purpose, and the detailed description can enable those who are familiar with the art to implement it accordingly. However, the above-mentioned embodiments are only used to illustrate the present invention, and all equivalent structures are listed. The changes still do not depart from the scope of the present invention.

1: Application container 10: Lid 11: Internal thread 12: positioning sheet 13: Through rod 14: Friction pattern 20: Intermediate container layer 21: Housing shell 210: partition 211: Glue Space 212: External thread 213: accommodating space 214: Internal thread 215: Glue 22: Intermediate isolation layer 221: Out of Slots 222: closed membrane 23: smear pieces 231: Thin Through Slot 30: base 31: External thread 40: Outer packaging 41: Marking line

Figure 1 shows a perspective view of an embodiment of the present invention. Figure 2 shows a three-dimensional exploded view of an embodiment of the present invention. Figure 3 shows a longitudinal cross-sectional view of an embodiment of the present invention. Figure 4 shows a three-dimensional exploded view of the middle container layer in the embodiment of the present invention. Figure 5 shows a perspective view of the cover in the embodiment of the present invention. Fig. 5A is an enlarged view of the part circled a in Fig. 5. Fig. 6 is a schematic longitudinal sectional view showing the fine through groove and the outlet of the embodiment of the present invention, which are closed by a closed film before being used. Fig. 6A is an enlarged view of the part circled b in Fig. 6. Fig. 6B is an enlarged view of the circled part c in Fig. 6. Figure 7 shows a schematic longitudinal cross-sectional view of the closed membrane through a through rod before use of the embodiment of the present invention. FIG. 7A is an enlarged view of the circled area d in FIG. 7. Fig. 8 is a schematic longitudinal sectional view of the embodiment of the present invention after the cover is unscrewed in use. FIG. 8A shows an enlarged view of the part e circled in FIG. 8. Figure 9 shows a schematic cross-sectional view of the embodiment of the present invention operating in an inclined state when in use. Figure 10 shows a schematic cross-sectional view of the embodiment of the present invention operating in a horizontal state when in use. Figure 11 shows a perspective view of an embodiment of the present invention with an outer packaging. Figure 12 shows a longitudinal cross-sectional view of an embodiment of the present invention with an outer package.

1: Application container

10: Lid

20: Intermediate container layer

30: base

Claims (7)

A laminated smearing container includes a lid, an intermediate container layer and a base, wherein the bottom of the lid is opened inwardly to become an accommodation space, the inner wall of the bottom of the lid is provided with internal threads, and the lid At the center of the top and bottom wall of the body, a downwardly extending through rod is formed straightly, the length of which is less than the height of the lid; the number of the intermediate container layer is at least one, and the intermediate container layer is further composed of a housing shell and a middle container layer. It consists of an isolation layer and an applicator. The top of the accommodating shell is open, and the middle is separated by a partition into an upper glue space and a lower accommodating space. The outer wall of the glue space is retracted and arranged There is an external thread, the inner wall of the accommodating space is provided with an internal thread, and the glue space is filled with glue; the intermediate isolation layer is a plate fixed on the top edge of the accommodating shell, the There is a slot in the center of the intermediate isolation layer, the applicator is made of absorbent material, the longitudinal center of the applicator is opened with a fine through slot, the fine through slot communicates with the applicator, and the bottom surface of the applicator is solid. Connected to the top surface of the intermediate isolation layer, the thin through groove is located above the outlet groove corresponding to the outlet groove, the top opening of the outlet groove and the bottom surface outlet of the thin through groove are closed by a closed film; above the base The outer wall of the part is provided with an external thread, and the upper part of the base is inserted into the accommodating space at the bottom of the intermediate container layer, and the external thread of the pedestal is screwed correspondingly with the internal thread of the inner wall of the accommodating space at the bottom of the accommodating shell ; The through rod of the cover is inserted straight down from the top of the fine through groove of the applicator of the middle container layer, and the internal thread on the inner wall of the cover is screwed with the outer thread at the outer wall of the middle container layer. The laminated smear container according to claim 1, wherein at least one positioning sheet is provided in the middle of the internal thread of the cover body, and the positioning sheet is easily broken and formed on the internal thread. The laminated smear container according to claim 2, wherein when the internal thread on the inner wall of the lid is screwed to the outer thread on the outer wall of the intermediate container layer, the through rod and the positioning sheet follow the lid body The screwing action of the internal thread descends, and the cover body stops when the positioning sheet reaches the outer edge of the top cover on the intermediate container layer, so that the bottom end of the through rod stays in the fine through groove. The laminated smear container according to claim 3, wherein when the internal thread on the inner wall of the lid and the external thread of the intermediate container layer continue to be screwed, the positioning sheet is twisted by the screwing action and scattered, causing The cover is lowered to abut against the wall of the intermediate container layer. The laminated smearing container according to claim 4, wherein when the lid body is lowered to abut against the wall of the intermediate container layer, the bottom end of the through rod penetrates the closed film downward to produce a hole . The laminated smearing container according to claim 1, wherein the outlet groove is an inverted push-pull shape with a larger bottom diameter and a smaller top diameter. The laminated application container according to claim 1 or 2 or 3 or 4 or 5, wherein the peripheral outer wall of the cover is formed with friction lines that are easy to apply force.

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