TWM578113U - Improved structure of facial dressing sheet body - Google Patents

Abstract

The improved structure of the face sheet is provided on a film body with two longitudinal pre-cut lines and transverse pre-cut lines which are mutually staggered, and the longitudinal pre-cut line extends straight from one side of the film body to the other side. The transverse pre-cutting line extends in a wave shape, and an intermediate arc portion protruding toward one end of the longitudinal pre-cutting line is disposed in a middle portion of the horizontal pre-cutting line, and a side of the reverse recess is respectively connected to the side of the intermediate arc portion The arc portion allows the diaphragm body to be torn along the longitudinal pre-cut line and the transverse pre-cut line into portions of different size shapes as needed, and the diaphragm body or the partial mold has at least one arc The side of the shape is used to cover different parts of the face, which not only has flexible flexibility in use, but also reduces material waste and effectively improves economic benefits.

Description

Improved structure of the face sheet

This creation is an improved structure of the coated sheet, especially a sheet structure which can effectively reduce material waste and provide a more complete covering effect.

Traditional applicator sheets (such as masks or cotton pads) are mostly simple circular or elliptical, and have hollowed out parts corresponding to the eyes, nose and mouth; when used, they are directly A mask or a cotton pad with a maintenance solution covers the face and allows the eyes, nose and mouth to be exposed to avoid discomfort.

However, since the above-mentioned mask or cotton product is a single sheet structure, it is formed by cutting a sheet-like substrate corresponding to a hollow portion such as an eye, a nose, a mouth, and the like at the time of production, which not only causes a material. In addition to the waste of the production costs; and because different users have different facial states, some users may be more likely to produce oil on the forehead, while some users are more likely to produce oil on their cheeks. Therefore, the parts to be repaired are also different; and the above-mentioned mask or cotton-padding product is a single-piece structure, and is completely covered on the face when unsealing, although further maintenance can be achieved for parts that are not in need of maintenance. However, it still causes waste, especially for high-priced mask products, which is even less economical.

To this end, in the new patent application No. M547308 of the Republic of China, a "mattress" structure is disclosed, which comprises a central portion, two side flaps, and two pre-cut lines; The central portion includes a central upper edge, a central lower edge on the opposite side of the central upper edge, the side wings are respectively connected to the two sides of the central portion, and each of the side wings includes a wing connected to the central upper edge a rim, a lower edge of the wing on the opposite side of the upper edge of the wing and connected to the central lower edge, and a free end edge connecting the upper edge of the wing and the lower edge of the wing. The pre-cut lines are respectively formed on the boundary line between the central portion and the side flap portions, so that the side flap portions and the central portion can be torn apart.

The above-mentioned cotton-padding structure can be torn and separated as needed to cover different parts of the human face that need to be maintained, thereby achieving the effects of saving material consumption, reducing production cost and improving economic efficiency; When applied, the pre-cut line extending obliquely between the central portion and the two side wings can be easily torn apart, but the two pre-cut lines approximately correspond to the positions on both sides of the nose, and only the center can be made after tearing. The portion is separated from the two side wings into three pieces. If the area of the cotton pad is large, the central portion and the two side wings are separated to easily generate a large overlapping cover portion, and if the area of the cotton pad is small, When the central portion is separated from the two side wings, the cover is likely to be insufficient, resulting in a lack of application.

In view of the shortcomings of the above-mentioned application of mask or cotton pad structure, the creator has researched and improved the shortcomings of these shortcomings, and finally this creation has been produced.

The main purpose of the present invention is to provide an improved structure of a coated sheet body, which is provided with a longitudinal pre-cut line and a horizontal pre-cut line which are interlaced on a membrane body, and can be used along the longitudinal pre-cut line and the transverse line as needed. The secant tearing causes the diaphragm body to form different sizes and shapes to cover different parts of the face, which not only has flexible variability in use, but also reduces material waste and effectively improves economic benefits.

Another object of the present invention is to provide an improved structure of a face sheet, which The edge of the diaphragm body is provided with a wavy shape formed by a convex or concave arc shape, and the transverse pre-cutting line is also formed into a wave shape, so that the diaphragm body is partially used as a whole or partially torn into a partial mold. All of them may have at least one curved side for attaching the cover around the eye frame or the nose, thereby reducing the discomfort in use.

In order to achieve the above objects and effects, the technical means adopted by the present invention include: a diaphragm body on which two longitudinal pre-cut lines and transverse pre-cut lines are interlaced, and the longitudinal pre-cut line is formed by the film. One side of the sheet extends linearly to the other opposite side, and the transverse pre-cut line extends in a wave shape, and a middle arc portion protruding toward one end of the longitudinal pre-cut line is disposed in the middle portion of the transverse pre-cut line, and the intermediate arc is formed in the middle arc The side of the second portion is respectively connected to a side arc portion of the reverse recess, and the diaphragm body can be separated from the transverse pre-cut line along the longitudinal pre-cut line to form four partial diaphragms.

According to the above structure, the longitudinal pre-cutting line is disposed at a central portion of one side of the diaphragm body such that the two sides of the longitudinal pre-cut line are in the same size and symmetrical shape, and the middle arc portion of the transverse pre-cut line The vertices are interlaced with the longitudinal pre-cut line.

According to the above structure, the side of the diaphragm body corresponding to one end of the longitudinal pre-cut line is defined as an upper side, the upper side is wavy, and the upper side of the upper side is provided with a convexity in the same direction as the intermediate arc. The upper convex arc edge of the extension is connected to the concave arc edge on the side of the reverse depression respectively on the side of the upper convex arc edge.

According to the above structure, the radius of curvature of the intermediate arc portion is smaller than the radius of curvature of the intermediate upper convex arc edge; the radius of curvature of the side arc portion is smaller than the radius of curvature of the concave arc edge on the side.

According to the above configuration, the diaphragm body corresponds to the longitudinal side of the longitudinal pre-cut line, and the side of the other end is defined as a lower side, and the lower side is formed in a wave shape having the same shape as the upper side.

According to the above structure, each of the end corner portions of the diaphragm body forms an arc angle.

In order to achieve a more specific understanding of the above objectives, effects and features of this creation, the following figures are illustrated as follows:

1‧‧‧membrane body

10‧‧‧Upper side

100‧‧‧ lower side

11, 13 ‧ ‧ side concave arc

111, 131‧‧‧ side convex arc

12‧‧‧ Middle upper convex arc

14, 16‧‧‧ side lower convex arc

141, 161‧‧‧ side concave arc

15‧‧‧Center concave arc

1A, 1B, 1C, 1D‧‧‧ partial diaphragm

2‧‧‧ longitudinal pre-cut line

3‧‧‧ horizontal pre-cut line

31, 33‧‧‧ side arc

32‧‧‧Intermediate arc

Figure 1 is a front view of the structure of the creation.

Figure 2 is a complete exploded plan view of the creation.

Figure 3 is a diagram of a first application embodiment of the present creation.

Figure 4 is a diagram showing a second application embodiment of the present creation.

Figure 5 is a diagram of a third application embodiment of the present creation.

Referring to Figures 1 and 2, it can be seen that the main structure of the present invention includes: a diaphragm body 1 on which two longitudinal pre-cut lines 2 and transverse pre-cut lines 3 are interlaced; The pre-cut line 2 extends linearly from one side of the diaphragm body 1 to the other side. The transverse pre-cut line 3 extends in a wave shape, and a middle portion of the transverse pre-cut line 3 is disposed toward one end of the longitudinal pre-cut line 2 The protruding intermediate arc portion 32 respectively engages a reversely recessed side arc portion 31, 33 on both sides of the intermediate arc portion 32.

In a possible embodiment, the diaphragm body 1 is approximately a regular quadrilateral, and may be respectively disposed at an arcuate angle at each end corner portion thereof, and the diaphragm body 1 corresponds to the side of the longitudinal pre-cut line 2 The sides may be defined as one of the upper side 10 and the lower side 100, respectively, and the longitudinal pre-cut line 2 extends from the intermediate portion of the upper side 10 to the central portion of the lower side 100, and the transverse pre-cut line 3 The apex of the intermediate arc portion 32 is interlaced with the longitudinal pre-cut line 2.

The middle portion of the upper side 10 is provided with an intermediate convex arc edge 12 protruding in the same direction as the intermediate arc portion 32, and the radius of curvature of the intermediate arc portion 32 is smaller than the radius of curvature of the intermediate upper convex arc edge 12; The two sides of the convex arc edge 12 respectively engage the concave arc edges 11, 13 on the side of the reverse recess, and the curvature radius of the side arc portions 31, 33 is smaller than the radius of curvature of the concave arc edges 11, 13 on the side.

The lower side 100 is formed into a wave shape having the same shape as the upper side 10, and a concave arc edge 15 having the same radius of curvature as the intermediate upper curved edge 12 is disposed in the middle portion; a concave arc edge is formed in the middle The two sides of the 15 are respectively connected to a side lower convex arc edge 14, 16 having the same radius of curvature as the concave arc edges 11, 13 on the side.

In use, the diaphragm body 1 can be completely or partially torn along the longitudinal pre-cut line 2 and the transverse pre-cut line 3 to form different sizes and shapes; when the diaphragm body 1 is completely torn into four partial diaphragms 1A After 1B, 1C, and 1D, one side of the portion of the diaphragm 1A has a side concave arc edge 11, and the other side of the portion of the diaphragm 1A is provided with a side under the tear of the side arc portion 31. The convex arc edge 111 has one side concave arc edge 13 on one side of the partial diaphragm 1B, and the other side of the partial diaphragm 1B is provided with a side lower convex arc edge formed by the side arc portion 33 being torn. 131, one side of the partial diaphragm 1C has a side lower convex arc edge 14, and the other side of the partial film portion diaphragm 1C is provided with a side concave arc edge formed by the side arc portion 31 being torn. 141, one side of the partial diaphragm 1D has a side lower convex arc edge 16, and the other side of the partial film partial diaphragm 1D is provided with a side concave concave arc edge 161 formed by the side arc portion 33 being torn. .

Referring to Figures 3 to 5, it can be seen that in the actual application, the diaphragm body 1 can be directly attached to the center line of the bridge of the nose by the longitudinal pre-cut line 2, and the two sides of the diaphragm body 1 The side is attached to the cheeks for maintenance of the bridge of the nose and the cheeks. At this time, the concave arc on the two sides The edges 11, 13 can extend along the lower edge of the eye frame (as shown in Figure 3) to avoid inconvenience caused by covering the eyes.

To perform small-area maintenance of the forehead and cheek portion of the periphery of the eye frame, the diaphragm body 1 can be torn along the transverse pre-cut line 3 into two parts, wherein the partial diaphragms 1A and 1B are connected. The longitudinal pre-cut line 2 can be directly attached to the center line of the bridge of the nose, and the two parts of the diaphragm 1A, 1B are attached to the cheeks for small-area maintenance of the upper edge of the bridge of the nose and the cheeks. The concave arc edges 11, 13 on the two sides can extend along the lower edge of the eye frame to avoid inconvenience to cover the eyes, and the partial diaphragms 1C and 1D are connected, and can be reversed and directly attached to the longitudinal pre-cut line 2 Covered on the midline of the forehead and attached to the forehead with two parts of the diaphragm 1C, 1D (as shown in Figure 4) for small area maintenance of the forehead, at this time, the two sides of the concave arc 141, 161 can extend along the upper edge of the eye frame (or above the eyebrows) to avoid inconvenience caused by covering the eyes.

For large-area maintenance of the face, a diaphragm body 1 can be torn along the longitudinal pre-cut line 2 into two parts, wherein the partial diaphragms 1A, 1C are connected and can be directly attached to the right cheek. The partial diaphragms 1B and 1D are connected to each other and can be directly attached to the left cheek. At this time, the concave arc edges 11 and 13 on the two sides can extend along the lower edge of the eye frame to avoid inconvenience caused by covering the eyes; Then, the other membrane body 1 is torn along the longitudinal pre-cut line 2, and the connected partial membranes 1B and 1D are directly attached to the central portion of the forehead, and the partial membranes 1A and 1C are further advanced along the transverse direction. The secant line 3 is torn, and the partial diaphragm 1A is attached to the chin portion. At this time, the concave arc edge 11 on the side can extend along the lower edge of the mouth to avoid inconvenience to cover the mouth, and the partial film can be covered. After the sheet 1C is inverted, it is attached to the bridge of the nose (as shown in Fig. 5), thereby achieving large-area maintenance of the face.

In summary, the improved structure of the present application sheet can achieve the effect of reducing material waste and providing a more complete covering effect, and is actually a creation of a patent application requirement. 提出 Submit a patent application in accordance with the law.

However, the above description is only for the description of the preferred embodiment of the present invention, and therefore does not limit the scope of the patent of the creation. Therefore, all the simple modifications and equivalent structural changes that are made by using the present specification and the schema are the same. It is included in the scope of the patent application of this creation.

Claims (6)

The improved structure of the face sheet comprises: a film body on which two longitudinal pre-cut lines and transverse pre-cut lines are interlaced, and the longitudinal pre-cut line is straight from one side of the film body Extending to the other opposite side, the transverse pre-cutting line extends in a wave shape, and a middle arc portion protruding toward one end of the longitudinal pre-cutting line is disposed in a middle portion of the transverse pre-cutting line, and is respectively connected to the side of the intermediate arc portion A side recessed portion of the reverse recess, and the diaphragm body can be separated from the transverse pre-cut line along the longitudinal pre-cut line to form four partial diaphragms. The improved structure of the face sheet according to claim 1, wherein the longitudinal pre-cut line is disposed at a central portion of one side of the diaphragm body such that the longitudinal sides of the longitudinal pre-cut line are the same size and The mutually symmetrical shapes, and the vertices of the middle arc portion of the transverse pre-cut line are interlaced with the longitudinal pre-cut line. The improved structure of the face sheet according to the second aspect of the invention, wherein the side of the longitudinal direction of the longitudinal pre-cut line is defined as an upper side, the upper side is wavy, and The upper middle side section is provided with an intermediate upper convex arc edge protruding in the same direction as the middle arc portion, and the side edges of the upper convex arc edge respectively engage a concave arc edge on the side of the reverse recess. The improved structure of the face sheet according to claim 3, wherein the radius of curvature of the intermediate arc portion is smaller than the radius of curvature of the intermediate upper convex arc edge; the radius of curvature of the side arc portion is smaller than the concave arc on the side The radius of curvature of the edge. The improved structure of the face sheet according to claim 3, wherein the film body corresponds to the longitudinal side of the longitudinal pre-cut line, and the side of the other end is defined as a lower side, and the lower side is formed to be larger than the upper side. The same shape is wavy. The improved structure of the face sheet according to claim 1, wherein each of the film bodies The corner portions form an arc angle.