TWI719912B - Cushioning patch for skin patch and storage container assembly (2) - Google Patents

Abstract

A cushioning patch and storage container assembly for skin patch covering. It has a main body, an outlet at the front end, all the knife pieces are set at the outlet, a side cover butts with the main body to form a shell, a main patch, and the whole roll cover Placed in the body for positioning, the end of which can be pulled out from the outlet; there is a buffer substrate, the entire roll sleeve is placed in the body for positioning, the width of which is narrower than the main patch, and the end of which can be pulled out; It is characterized in that it further comprises a roller, which is inserted into the body for positioning, has longitudinal rollers on its surface, a micro gap between the rollers of the two rollers, and the buffer substrate passes through the rollers of the roller. When there is a small gap, it is rolled by the rollers of the two side rollers to become a wrinkled buffer sheet on the surface, and then adhere to the bottom surface of the main patch to be pulled out from the outlet and cut by the cutter Become a buffer patch.

Description

Cushioning patch for skin patch and storage container assembly (2)

The present invention relates to a cushioning patch for skin covering and a storage container assembly, in particular to a cushioning sheet with a narrow width that can be attached to the main patch when the main patch is withdrawn from the storage container The bottom is drawn out together. The cushion sheet is rolled from the original flat cushion base material to become a wrinkled cushion sheet. After the whole cushion patch is attached to the skin, the wrinkled cushion sheet Material, which greatly reduces the area of the skin that is adhered to, and can relatively alleviate the discomfort of the skin.

Press, the "skin sticking" refers to the action of sticking a piece of material on the skin. The most common reason is that there is rubbing on the skin, so a layer of gauze is applied to the rubbing part first In order to isolate, the medicinal patch is applied to the skin across the gauze layer. In order to ensure the stability of the gauze layer, the sticking part will cross the gauze layer (that is, over the rubbing part) at least two sides, which is the actual The top is pasted on the skin on at least two sides of the gauze layer to fix the gauze layer (that is, the rubbing site), which is a kind of "skin sticking" action. In addition, modern young people sometimes stick aesthetic patches on their palms or elbows in order to improve their aesthetics when they go out. That is, they choose patches printed with beautiful patterns or lines (called beauty patches or stationery stickers). When dressing up, choose a patch to stick to the palm or elbow skin, and deliberately reveal it to increase the appearance. This is also a kind of "skin sticking" action.

Regardless of whether it is a medicinal patch, a beauty patch or a stationery patch, since the application of the adhesive is a single piece and the entire bottom surface is adhesive, people often feel that the adhesive is too tight and/or feels the skin after the application Discomfort, as far as the application of medicinal patches is concerned, in order to stabilize the gauze layer on the wound site, the gauze layer is usually pulled tightly when applied as a medicinal patch, causing the gauze layer to compress the wound site. Often cause injuries Discomfort. In terms of beauty patches or stationery patches, the adhesive on the bottom of the whole patch sticks to the skin for a long time, and many people will feel a red rash and feel uncomfortable.

In view of the above-mentioned deficiencies, the inventors conceived that if a cushioning patch and storage container assembly for skin patch covering can be created, a cushioning sheet with a wrinkled surface can be generated when pulled and adhered to the bottom surface of a main patch. After being pulled out together and cut by all the blades, it becomes a cushioning patch. When it is applied to the skin in this way, the main patch and the skin are accompanied by the surface fold-like cushioning sheet to reduce the adhesion of the skin. The area, relatively can alleviate the discomfort of the skin. Based on this research and development concept, the inventors conducted in-depth research and development and improvement, and after various efforts, the invention finally came into being.

The reason is that the main purpose of the present invention is to provide a cushioning patch for skin covering that can reduce the area of the skin attached to the skin and relatively reduce the discomfort of the skin.

In order to achieve the above objective, the present invention has been specially developed to provide a cushioning patch and storage container assembly, including: a main body, a side cover, a main patch, a cushioning substrate and all cutters, wherein the main body The part is divided into an accommodating groove, and a first shaft, a second shaft, a third shaft, and a guide rod are planted in the accommodating groove. The front end of the main body is provided with an outlet; on the side cover A first resisting cover corresponding to the first shaft, a second resisting cover corresponding to the second shaft, and a set of third resisting covers corresponding to the third shaft are planted on the surface of the body And a fourth abutment cover corresponding to the guide rod, the peripheral edge of the side cover and the peripheral edge of the body can be butted to form a shell; the main patch is a sheet with a flat surface, the bottom surface is coated with glue, the main The patch is a whole roll with one end that can be pulled out from the outlet, and the main patch is placed on the first shaft of the body; the buffer substrate is a thin sheet with a flat surface, and the width of the buffer substrate Relative to the main patch, which is narrower, the buffer substrate is a whole roll with one end that can be pulled out, and the buffer substrate is sleeved on the second shaft of the body; the cutter piece is a bar-shaped serrated piece , Set at the outer end of the outlet of the body; characterized in that it further includes a roller, The roller has a longitudinal roller on the surface, and the roller is inserted into the third shaft of the body by its axial hole slot. The rollers of the two rollers have a slight gap between each other. Next, when the buffer substrate passes through the micro gap of the roller, it is rolled from both sides by the rollers of the two rollers, so that the buffer substrate becomes a wrinkled buffer sheet after passing through the roller , And adhere to the bottom surface of the main patch, to be jointly pulled out from the outlet of the main body and cut by the cutter to become a buffer patch.

In the above-mentioned cushioning patch and storage container assembly, the cushioning substrate may be made of an extrusion-resistant fiber material, and the surface has a plurality of pores between the fibers.

When in use, when the main patch is attached to the buffer sheet and pulled out of the outlet of the body, a buffer patch (that is, the composition of the main patch and the buffer sheet) has been pulled out, so it is cut according to the required length Later, the cushioning patch can be used for skin covering, and the cushioning patch obviously has the following advantages and effects in use:

1. The buffer sheet adhered to the bottom surface of the main patch has many pores and can have a cooling effect. Therefore, when the gauze layer is applied to the wound applicator, the feeling of restraint in the wound applicator will be greatly reduced, so Can recover quickly.

2. The cushion sheet adhered to the bottom surface of the main patch has many pores and can have a cooling effect, so when it is applied to the skin for the purpose of enhancing aesthetics, it can significantly reduce the area of the skin to be adhered; and because of this The ventilation and cooling effect of the cushioning sheet can greatly reduce the discomfort of pasting.

1: Buffer patch and storage container assembly

10: body

11: The first shaft

12: second shaft

13: third shaft

14: guide rod

15: Exit

20: side cover

21: The first hood

22: The second hood

23: The third hood

24: The fourth hood

30: main patch

40: Buffer substrate

41: Buffer sheet

50: Roller

51: Rolling Bar

52: Shaft hole slot

60: Cutter pieces

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.

Fig. 3 is an exploded perspective view of most of the embodiment of the present invention.

Figure 4 shows a combined cross-sectional view of an embodiment of the present invention.

Fig. 5 is a schematic diagram showing the appearance of the cushion patch applied to the skin according to the embodiment of the present invention.

Regarding the technical means adopted and the achievable effects of the present invention in order to achieve the above-mentioned objects, the following preferred and feasible embodiments are described in detail with the accompanying drawings, so as to fully understand.

The first embodiment of the present invention is a buffer patch and storage container assembly 1. Please refer to Figures 1 and 2. The buffer patch and storage container assembly 1 consists of a body 10, a side cover 20, and a The main patch 30, a buffer substrate 40, a roller 50 and a cutting tool 60 are composed, wherein the main body 10 is open to one side, and the interior is partitioned into a receiving groove. A first shaft 11 located at the upper part of the opposite rear, a second shaft 12 located at the lower middle part, a set of third shafts 13 located at the opposite front part, and a set of guide rods 14 located at the front end are implanted. The front end of the main body 10 is provided with an outlet 15; on the side cover 20, a first resisting cover 21 (corresponding to the first shaft 11) and a second resisting cover 22 are planted on the surface of the main body 10. Is corresponding to the second shaft 12), a set of third resisting covers 23 (corresponding to the set of third shafts 13), and a set of fourth resisting covers 24 (corresponding to the set of guide rods 14), the The side cover 20 forms a corresponding shape with the periphery of the main body 10 in an open state. Therefore, the main body 10 and the side cover 20 can be connected by the periphery to form a complete shell; the main patch 30 is a sheet with a flat surface The bottom surface of the body is coated with adhesive, which has been processed into a whole roll before assembly and has a state where one end can be pulled out. The main patch 30 of the whole roll can be placed on the first part of the main body 10 by the winding snare in the center. On a shaft 11, the main patch 30 can be a structure with no perforations on the body or a structure with a plurality of perforations on the body (to facilitate ventilation); the buffer substrate 40 can be made of a fiber material resistant to extrusion Made into a thin sheet structure with a flat surface, the surface can have a large number of pores between the fibers, the bottom surface can be coated with no glue or only a small amount of glue. The width of the buffer substrate 40 is relative to that of the main sticker. The sheet 30 is relatively narrow. The buffer substrate 40 has been processed into a whole roll before assembly and has one end that can be pulled out. The whole roll of the buffer substrate 40 can be placed in the body 10 by the winding snare in the center. The second shaft 12; the group of rollers 50 are two surfaces with longitudinal The roller 51 forms an implement similar to a roller. The roller 50 can be inserted into the third shaft 13 by the axial hole 52 of the roller, so that the rollers 51 of the two rollers 50 are arranged between each other. The meshing relationship of a micro-gap adjacent to each other, so when the buffer substrate 40, which is originally a flat sheet, passes through the micro-gap of the group of rollers 50, it is rolled from the two sides by the rollers 51 belonging to different rollers 50 Is pressed so that the buffer substrate 40, which is originally a flat sheet, passes through the roller 50 and becomes a wrinkled-shaped buffer sheet 41; the cutter member 60 is a strip-shaped serrated sheet, which is arranged at the outlet 15 of the main body 10 Outer end.

According to the above structure, when assembling, please refer to Figures 3 and 4, first put the whole roll of the main patch 30 on the first shaft 11 of the main body 10 from the winding loop in the center, and then the main The end of the patch 30 is pulled out sequentially through the set of guide rods 14 (that is, guided by the set of guide rods 14), and is pulled out from the outlet 15; then the end of the entire roll of buffer substrate 40 is passed through the Assemble the micro gap of the roller 50 to make the buffer sheet 41 with a wrinkled surface, and then pull the buffer sheet 41 from the end to the outlet 15, and stick the buffer sheet 41 from the end At the bottom of the main patch 30; finally cover the side cover 20 on the periphery of the body 10 in an open state, so that the first abutment cover 21 covers the first shaft 11 correspondingly, and the second abutment cover 22 corresponds to sleeve the second shaft 12, the group of third abutment covers 23 corresponds to the group of third shafts 13, and the group of fourth abutment covers 24 corresponds to the group of guide rods 14, so that the The side cover 20 and the main body 10 are firmly assembled to cover the side surface of the main body 10 in an open state.

In use, as long as the main sticker 30 is pulled out, the cushion substrate 40 on the bottom will be rolled by the roller 50 to become a wrinkled cushion sheet 41, and then follow the main sticker. The sheet 30 is pulled out, and since the width of the buffer substrate 40 is narrower than that of the main patch 30, the formed buffer sheet 41 will be located at the middle of the bottom of the main patch 30. The main purpose of the present invention is that the buffer substrate 40 that was originally a flat sheet can be rolled by the set of rollers 50 to become a wrinkled buffer sheet 41, and then adhere to the bottom surface of the main patch 30 and be pulled together. After delivery, the user can use the cutter 60 to cut the length as needed. At this time, the article composed of the main patch 30 and the buffer sheet 41 is the so-called "buffer patch" in the title of the present invention. ".

In further detail, when the user holds the buffer patch and storage container assembly 1 in one hand, and the other hand sticks the main patch 30 to the buffer sheet 41 and pulls out the outlet 15 of the main body 10, a buffer has been removed. The patch (composition of the main patch 30 and the buffer sheet 41) is pulled out, so after it is cut to the required length, the "buffer patch" can be pasted on the wound after applying the medicine as shown in Figure 5. On the skin around the gauze layer, the cushion patch obviously has the following advantages and effects in use:

1. The buffer sheet 41 adhered to the bottom surface of the main patch 30 has many pores and has a cooling effect. Therefore, when the gauze layer is applied to the wound applicator, the feeling of restraint in the wound applicator will be greatly reduced. , So it can recover quickly.

2. The buffer sheet 41 adhered to the bottom surface of the main patch 30 has many pores and can have a cooling effect, so when it is applied to the skin for the purpose of enhancing aesthetics, it can significantly reduce the area of the skin to be adhered; Due to the ventilation and cooling effect of the cushion sheet 41, the discomfort of pasting can be greatly reduced.

In summary, the cushioning patch and storage container assembly of the present invention can indeed achieve the expected function and purpose, and the detailed description can enable those skilled in the art to implement it accordingly, but the above examples are only for illustration In the present invention, all the changes of equivalent structures still do not depart from the scope of the present invention.

1: Buffer patch and storage container assembly

10: body

15: Exit

20: side cover

30: main patch

40: Buffer substrate

41: Buffer sheet

50: Roller

51: Rolling Bar

52: Shaft hole slot

60: Cutter pieces

Claims (2)

A buffer patch and storage container assembly, comprising: a main body, a side cover, a main patch, a buffer substrate, and all cutters, wherein the inner part of the main body is divided into a containing groove, and the containing groove A first shaft, a second shaft, a third shaft and a guide rod are implanted inside. The front end of the main body is provided with an outlet; the side cover is implanted with the first shaft on the surface of the main body. A first resisting cover corresponding to a shaft, a second resisting cover corresponding to the second shaft, a set of third resisting covers corresponding to the third shaft, and a fourth resisting cover corresponding to the guide rod , The peripheral edge of the side cover and the peripheral edge of the body can be butted to form a shell; the main patch is a sheet with a flat surface, and the bottom surface is coated with glue. The main patch is a whole roll with one end that can come from the outlet Pull out, the main patch is placed on the first shaft of the body; the buffer substrate is a thin sheet with a flat surface, the width of the buffer substrate is narrower than that of the main patch, the The buffer substrate is a whole roll with one end that can be pulled out, and the buffer substrate is sleeved on the second shaft of the body; the cutter piece is a bar-shaped serrated piece, which is arranged at the outer end of the outlet of the body; It further comprises a roller, the surface of the roller is provided with a longitudinal roller, the roller is inserted into the third shaft of the main body by the axial hole slot corresponding to the roller, two rollers The roller bars are adjacent to each other with a micro gap. When the buffer substrate passes through the micro gap of the roller, it is rolled by the roller bars of the two rollers from both sides, so that the buffer substrate passes through the roller The buffer sheet becomes a wrinkled surface and adheres to the bottom surface of the main patch, and is pulled out from the outlet of the main body and cut by the cutter to become a buffer patch. The cushioning patch and storage container assembly according to claim 1, wherein the cushioning substrate may be made of an extrusion-resistant fiber material, and the surface has a plurality of pores between the fibers.

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