TWM574053U - Multifunctional facial mask body - Google Patents

Abstract

The utility model relates to a multifunctional face mask body, which is provided with a cover body for facial organs such as mouth, nose and eye maintenance, and is provided with a rectangular sheet-shaped façade substrate made of fiber, flexible, opaque and breathable, and a surface The center is provided with a vertical and zigzag line, and on the left and right sides of the long side, the upper and lower corner ends are respectively combined with the ear hook line parallel to the wiring direction and the long side direction, and the upper link edge of the base substrate is linked with one. The flexible upper cover sheet has a flexible lower cover sheet attached to the lower link edge of the facade substrate, and the upper cover sheet and the lower cover sheet use a link relationship, and an inner sandwich layer is formed when the pair is closed, and one is utilized. The profiled bead is disposed on the upper cover sheet, and provides a surface that can be pressed against the nose, and the upper cover sheet, the lower cover sheet is opened as a cup-shaped cover, and the outer bend line and the two-way fold line are used for pre-folding. It can be easily and quickly worn for its main purpose.

Description

Multi-functional face mask

In order to provide a multi-functional display, it is used in the face organ maintenance cover, which contains the protection of the nose, mouth, eyes and even the cheek skin.

For masks that cover the face organs or filter the air, there are eye masks, nasal masks and masks, wherein the eye masks have light blocking to make them easy to sleep, and the flat appearance such as the contour of the glasses, among which there is a heat generating material inside to the eyes. The hot compress is used for the protection of cold weather or allergic nasal cavity. It has a small nasal mask to cover the nose or nose bridge to achieve insulation. The same also has the effect of filtering air, providing warm air and filtering air. Breathing convenience, and a variety of patented designs for maintaining the temperature of the nasal cavity, and providing a mask for the user to breathe safely in the filtered air, depending on the convenience function and the degree of filtration required, there are a variety of patented designs.

In the early days, there were many patents in Taiwan, the United States, and South Korea. For the special function of the mask, there were various structural designs, such as the US Patent No. 6123077. On the skin-friendly side of the mask, there were upper and lower lip-shaped flaps. After being turned over, the nose can be covered to achieve safe filtration of the air in the respiratory tract. In the United States, there is an earlier patent No. 3971369, and the outer flat cover is folded to the skin-friendly side 18 side, and the upper and lower sides are respectively folded. There are upper and lower cover sheets, and the free side of the upper cover sheet is arranged on the side of the parallel line. There is a shaped bead, in the vertical direction on both sides of the cover, combined with the upper and lower hanging lines vertically upwards and the plume downwards, the upper end hanging wire is tied to the top of the head, and the lower end is wrapped around the cheek. Behind the neck, the tension generated by the upper and lower hanging wires is perpendicular to the vertical line on the two sides of the cover. In addition, the Taiwan Patent No. I244399 has a central facet, and the upper and lower faces are respectively connected to the upper facet. And the lower facet, the upper facet is provided with a nose bridge bead at a suitable position, and the lower facet is provided with a lower bar bead at an appropriate position, the three elements are integrally formed facets, formed by the above and lower reflexes, and Taiwan Patent No. I321056 In the case of the extension of the above patent, a wrinkle portion is provided in the center of the middle facet to increase the filtration area of the middle facet, and another Taiwan Patent No. 567862, M247221, M247222, and Korean Patent No. 200329001 In the case of the case, the design of different functions is proposed in response to the special purpose of use.

The above-mentioned various masks are designed to have a flat rectangular area when folded, and must be stretched by the hand after the cover is used, and then the earloop or the headline is attached to the ear to define the cover. Cover the nasal organs.

The utility model relates to a multifunctional face mask body, which is provided with a cover body for facial organs such as mouth, nose and eye maintenance, and is provided with a rectangular sheet-shaped façade substrate made of fiber, flexible, opaque and breathable, and a surface There is a vertical zigzag line in the center, and the outer zigzag line and the bottom are respectively the center point. On the left and right sides of the long side, the upper and lower corner ends are respectively combined with the ear hung line parallel to the wiring direction and the long side direction. And the inner and outer sides are respectively the skin-friendly side and the outer screen side, and the upper link edge of the façade substrate is in the direction of the skin-friendly side, and the link has a flexible upper cover sheet, and the lower link edge of the façade substrate is the pro Side of the skin The link has a flexible lower cover sheet, and the upper cover sheet and the lower cover sheet utilize a link relationship. When the joint is closed, a channel can be provided to provide a functional component to enter and exit the skin-friendly side and the facade substrate. The pair of cymbals are formed with an inner sandwich layer, and a side-shaped embossing strip is disposed on a side of the upper lip of the upper covering piece to provide a surface which can press the outer surface of the nose, and the upper covering piece and the lower covering piece are provided with the two lips. The operation can provide a plurality of types of changes in the shape of the cup relative to the façade substrate, and the main purpose is to use the hood for the eyes, mouth and nose.

The second purpose of the present invention is that the inner sandwich layer is formed by two joint sides of the upper cover sheet and the lower cover sheet, and the four corner ends of the upper link edge and the lower link edge are formed by the right angle marginal stitching structure. The lip deformation conducts the external passage and provides a piece of functional component to be used as a physical energy assisted use.

The third purpose of the present invention is to provide a vertical and outward zigzag line in the center of the façade substrate, the center of the upper cover sheet and the lower cover sheet, and the left and right symmetry are provided with two bidirectional fold lines aligned with the outer meander line, and A fold line is connected between the center point of the upper link edge and the corner joint of the joint side, and a fold line is connected between the center point of the lower link edge and the corner joint of the joint side, and the outer twist line and the two bidirectional fold line are synchronously The outer bend and the double-fold line are bent inwardly, so that the cover body can be folded in a half-screen shape on the side, and the user operates the front posture, and the above-mentioned structural posture is utilized, and only the two side ear hoops of the cover body are used. The line is hung to the back of the ear, and the base substrate, the upper cover sheet and the lower cover sheet are automatically opened, and the second-speed wear of the face portion of the face is completed, which is a structure for quickly completing the wearing.

The fourth purpose of the present invention is to provide two corner joints on the two sides of the upper cover sheet and the lower cover sheet, and the diagonal edges of the respective diagonal intersections are obliquely connected to the lip and the two corner joints. Inter-pairing has a distance to form a pair of open intervals to allow the upper and lower covers to be interfered with each other, so as to prevent the displacement spaces from interfering with each other.

The fifth purpose of the creation is that the façade substrate is a fiber cloth, which has the function of gas permeable filtration, and can also have the functions of light blocking and heat preservation, and is formed by weaving or melt-blown, and the plane has mechanical tensile strength.

The sixth purpose of the present invention is that the upper cover sheet and the lower cover sheet can be implemented as any cloth material, or have the function of venting and filtering, and can also have the functions of light blocking and heat preservation, and can be woven or melt blown, or Made by showering or blowing, the plane has mechanical strength, and its planar mechanical strength is less than the strength of the façade substrate.

The seventh purpose of the present invention is that the web of the façade substrate does not have elastic expansion and contraction, and the wire of the ear hang hoop has the elastic stretchability of the line. The line of the ear hang hoop is parallel to the upper link edge and the lower link edge, and the four corners of the two sides of the façade substrate are adjacent. The end is synchronously combined by the seamed structure, and the production is convenient.

The eighth object of the present invention is that the cover can be stored in a plane according to the vertical substrate, or the folded vertical substrate can be stored sideways.

10‧‧‧ Cover

11‧‧‧ side edge

12‧‧‧ corner

13‧‧‧ear hoop line

14‧‧‧Central Point

15‧‧‧ gas tank

16‧‧‧Air flow trough

17‧‧‧Interlayer

18‧‧‧ Skin-friendly side

19‧‧‧ external screen side

20‧‧‧Face substrate

21‧‧‧上链接缘

22‧‧‧Link edge

23‧‧‧ side

30‧‧‧Upper cover

31‧‧‧ Combining side

32‧‧‧ corner joints

33‧‧‧ fold line

34‧‧‧ lips

35‧‧‧ diagonal wiring

36‧‧‧Reverse line

40‧‧‧Under cover

41‧‧‧ joint side

42‧‧‧ corner joints

43‧‧‧ fold line

44‧‧‧ lips

45‧‧‧ diagonal wiring

50‧‧‧Shaped bead

60‧‧‧Splicing structure

70‧‧‧Outer zigzag line

71‧‧‧Two-way folding line

72‧‧‧Two-way line

80‧‧‧Interwoven fibers

81‧‧‧Splicing outlets

90‧‧‧ functional components

L‧‧‧ latitude midline

D‧‧‧open interval

The first picture is a perspective view of the relationship between the creation and the structure.

Figure 2 is a front view of the direction of the skin-friendly side of the creation.

Fig. 3 is a perspective view showing the cover sheet and the lower cover sheet on the side of the skin-friendly side of the creation cover.

Figure 4 is a side view of the two sides of the creation of the two sides of the fold.

Figure 5 is a side view of the nose mask used in this creation.

Figure 6 is one of the side views of the nose mask used in this creation.

Figure 7 is a side view of the eye mask used in this creation.

Figure 8 is one of the side views of the eye mask used in this creation.

Figure 9 is a side view of the nose mask used in this creation.

Figure 10 is a front view of the half-folded cover sheet on the side of the skin-friendly side.

Figure 11 is one of the side views of the nose mask used in this creation.

Figure 12 is a side view of the creation of a covering nose to form a covering nose.

Figure 13 is a perspective view showing the provision of functional components for the inner interlayer provided by the creation.

In order to provide a cover for facial organ maintenance, the structure can be used for multi-functional changes, and the three facial organs used for nasal, oral and eye maintenance are maintained, and the independent use function is mainly formed according to the structural changes thereof.

The cover of the present invention comprises a transverse rectangular sheet-shaped façade substrate made of fiber, flexible, opaque and breathable, and a vertical and zigzag line is arranged in the center of the web, and the outer zigzag line and the bottom are respectively The central point is on the left and right sides of the long side, and the upper and lower corner ends are respectively connected with the ear-hook line which is parallel to the horizontal direction of the long side of the base substrate and the outer end is closed, and the inner and outer sides of the cover are respectively On the skin-friendly side and the outer screen side, a flexible upper cover sheet and a lower cover sheet are respectively connected to the skin-facing side, the lower upper link edge and the lower link edge, respectively, and a inner cover is formed in the opposite side. The inner interlayer and the outer zigzag line of the façade substrate are opposite to the bidirectional fold line of the upper cover sheet and the bidirectional fold line of the lower cover sheet, and the façade substrate can be folded laterally and conveniently to be quickly worn. The use of the ear hook hoop connection creates a pulling force direction parallel to the upper link edge and the lower link edge, and the planar mechanical tension of the facade substrate is greater than that of the upper cover sheet and the lower cover sheet, and the user wears the mouth and the nose protection. Use exercise Therefore, after only the two side ear hoops are pulled up, the surface substrate, the upper cover sheet and the lower cover sheet are naturally opened to form a cup-shaped cover to cover the nose.

The upper cover sheet and the lower cover sheet are attached to the inner side of the riser substrate by the skin-friendly side, and the inner joint layer is formed by the upper joint edge and the lower link edge and the two joint sides. Functional elements with external physical energy can be provided to be placed in a mating manner to generate physical energy on the skin-friendly side, such as physical waves of activated cells such as heat waves or magnetic waves, or the functional elements can also assist different filtered materials. Change the finer filtration of the air that breathes through the nose.

The upper cover sheet and the lower cover sheet overlap on the skin-friendly side, and the two side corner ends are respectively staggered via the diagonal intersection lines, and a pair of open sections are formed between the staggers, and the upper cover section is used to make the upper cover piece and the lower cover piece The cover sheets do not interfere with each other during the opening process, and the tension lines formed after the opening are not affected by the nose, and the appearance of the facade substrate is maintained in any form, and the flat surface is maintained.

The façade substrate is formed by fiber bonding, has gas permeable performance, and even has light blocking filtering ability. The cover sheet and the lower cover sheet are mainly used for expanding the mask area, and of course, the gas permeability can be formed. Filtration, the plane mechanical tension is smaller than the façade substrate, and when the upper visor and the lower visor are attached to the skin-friendly side, they can be used as a small-area covering eye mask or a nasal mask.

For the detailed structure implementation of this creation and the application of its function, please refer to the following description: First, as shown in Figures 1 and 2 of the front side view and the rear side view, the main body base substrate 20 of the creation cover 10 is The fabric surface which is woven by fiber or non-woven fabric is formed into a horizontal long rectangular shape, the front side of which is the outer screen side 19, the back side is the skin-friendly side 18, the upper and lower edges of the upper link edge 21 and the lower link edge 22 Thereafter, an upper cover sheet 30 and a lower cover sheet 40 are respectively connected, and the upper cover sheet 30 is joined to the free side lip 34, and a form-shaped bead 50 is joined, and the upper cover sheet 30 and the lower cover sheet 40 are respectively on the two sides. The corner ends are connected to the left and right side edges 11 of the facade substrate 20 in a staggered manner via a diagonal intersection line 35 and a diagonal intersection line 45, wherein the diagonal intersection line 35 and the diagonal intersection line 45 have an S-shaped curve. The side seals 11 are joined to the cover sheet 30, the lower cover sheet 40 and the facade substrate 20 by the seam structure 60, and even the lateral ear hoop lines 13.

The direction of the ear hoop line 13 is parallel to the direction of the upper link edge 21 and the lower link edge 22, and is located at the four corner ends 12 of the riser substrate 20, and the earloop wire 13 is elastically stretchable. The tensile force generated by the wire acts on the horizontal direction of the facade substrate 20, and the component force generated by the tensile force occurring in the direction of the vertical side seal 11 is not significant.

Referring to FIG. 2 again, the viewing angle of the present diagram is on the skin-friendly side 18 side of the facade substrate 20, and the upper cover sheet 30 and the lower cover sheet 40 are positioned on the skin-friendly side 18 of the facade substrate 20. The two corner ends are connected to the corner joint 32 and the corner joint 42 via a diagonal intersection line 35 and a diagonal intersection line 45, respectively.

On the marginal surface of the upper cover sheet 30 adjacent to the lip 34, there is a shape-shaped bead 50 which is sandwiched, or adhered or covered, and the wire body can be deformed by hand. The cover sheet 30 is provided as a flexible cloth material, so that the curvature of the web surface can be changed according to the deformation of the beading strip 50, and the upper side of the upper cover sheet 30 and the lower cover sheet 40 are provided with the joint side. 31, the joint side 41, at the side seal edge 11, respectively, the upper link edge 21, the lower link edge 22 to the latitudinal direction of the line L direction of the corner joint 32, the corner joint 42 is specified in its length, the joint side 31. The length of the joint side 41 is not to cross the latitudinal center line L, so that the corner joint 32 and the corner joint 42 form a pitch which is multiplied by the oblique intersection of the diagonal intersection line 35 and the diagonal intersection line 45. The pair of open sections D remain, and the combination of the joint side 31 and the joint side 41 is joined by the side seals 11 via the seam structure 60 in synchronization.

An outer meander line 70 is vertically disposed at a center of the web of the facade substrate 20, and the outer zigzag line 70 is staggered with the upper edge of the link edge 21 and the lower and lower link edges 22, respectively defined as a center point 14, respectively, the upper cover sheet 30 The central point 14 is connected to the corner joint 32, pre-folded with a fold line 33, and the central point 14 of the lower cover sheet 40 is connected to the corner joint 42 to be pre-folded with a fold line 43 and the upper cover sheet 30. The linear position of the central right outer zigzag line 70 is oppositely provided with a bidirectional fold line 71 from the central point 14 to the lip 34. The linear position of the lower cover sheet 40 relative to the outer meander line 70 is provided by a lower central point 14 to the lip. The bidirectional fold line 72 of 44, when the fascia substrate 20 of the cover 10 is in a rectangular shape, the lip 34 of the upper cover sheet 30 is attached to the outer surface of the lower cover sheet 40, and the lip of the lower cover sheet 40 44 is the inside of the upper cover sheet 30.

The facade substrate 20 is centrally provided with an outer meander line 70, which is distinguished by an outer meander line 70, defining two sides of the cover 10 as side turns 23, and the length of the bidirectional fold line 71 of the upper cover sheet 30 is greater than a half value of the facade substrate 20. The length of the bidirectional fold line 72 of the lower cover sheet 40 is greater than one half of the value of the base substrate 20. The angle between the two-way fold line 71 of the upper cover sheet 30 and the lip side 34 of the intersection is equal, and the two sides of the lower cover sheet 40 are two-way. The angle between the fold line 72 and the lip side 44 of the intersection is equal, and the lengths of the joint side 31 and the joint side 41 are respectively greater than one half of the length of the bidirectional fold line 71 and the bidirectional fold line 72.

Referring to FIG. 3 again, when the outer shape of the cover 10 is folded in a long rectangular shape, the fold line 33 of the upper cover sheet 30 and the fold line 43 of the lower cover sheet 40, the corner joint 32, and the corner joint 42 are determined. And the reverse twisting action of the bidirectional fold line 71 and the bidirectional fold line 72. When the lip 34 and the lip 44 are operated apart, the upper cover sheet 30 and the lower cover sheet 40 can be turned up and down. The posture is such that the covering operation for the nasal mouth can be used, and the folding operation is in the direction of the skin-friendly side 18, and the bidirectional fold line 71 of the upper covering sheet 30 is also bent outward. With the curvature changed, the cover 10 has two sides, and the two side sills 23 are extended.

The upper cover sheet 30 and the lower cover sheet 40 are superposed on the skin-friendly side 18 side of the riser substrate 20, and form an accommodation state equal to the area of the facade substrate 20.

Referring to FIG. 4 again, the cover body 10 is formed by the outer zigzag line 70, the bidirectional fold line 71, and the meandering line 72 in the meandering direction, so that the left side and the right side of the side surface substrate 20 can be formed by the skin-friendly side. When the side 18 directions are superposed on each other, the upper cover sheet 30 and the lower cover sheet 40 form a triangular lateral area that is outwardly spanned. The upper cover sheet 30 and the lower cover sheet 40 are respectively associated with the fold line 33 and the fold line. 43 is respectively connected between the upper and lower central points 14 of the elevational substrate 20, the corner joints 32, and the corner joints 42. The layout of such a layout allows the entire cover 10 to be laterally consolidated.

In the state in which the upper and lower wings exhibit the upper cover sheet 30 and the lower cover sheet 40, the other cloth surfaces are flattened except for the outer meander line 70, the bidirectional fold line 71, the bidirectional fold line 72, and the bent bead 50. It can be used for packaging or storage. When used, as shown in Fig. 3, as long as the ear-hook line 13 with the closed end on both sides is pulled by hand to the user's ear, the two side seals 11 When the distracting force of the opposing substrate 20 is connected to the center point 14 by the corner contact 32 and the corner contact 42, the upper cover 30 and the lip 34 and the lip 44 of the lower cover 40 can be pulled. The relative spacing of the lip 34 and the lip 44 is brought closer, and a cup-shaped covering body is formed to cover the nose and the mouth. The lateral folding structure can provide the user with a quick completion of the nose fitting operation. It is only a single step and is quick to wear for instant completion.

The upper cover sheet 30 and the lower cover sheet 40 are respectively configured such that the upper cover sheet 30 and the lower cover sheet 40 can be turned up and down in the vertical direction of the base substrate 20 by the structural positions of the fold line 33 and the fold line 43. And the outer zigzag line 70 and the bidirectional fold line 71 of the right outer zigzag line 70 respectively set on the web and the bidirectional fold line 72 can be bent in the direction of the outer screen side 19 to form a state of lateral storage.

Please refer to the fifth and sixth figures. After the earloops 13 are attached to the auricles, the cover 10 is naturally stretched and follows the portion of the nose, and the double-sided fold line 71 of the upper cover 30 is attached. That is, for the nose bridge, the bidirectional fold line 72 of the lower cover sheet 40 covers the lower jaw, and the outer meander line 70 is located in the front direction. In the center of the nose and mouth, the façade substrate 20 is provided with the interlaced fibers 80 and is therefore breathable. The venting has a filtering effect, so that dust and even bacteria which filter the outside air can be blocked in the direction of the outer screen side 19, and the upper visor 30 is provided. The shaped bead 50 can be fabricated by hand with a finger to press against the external curve of the user's nose bridge, so that the upper covering piece 30 can be matched by the upper surface of the organ to avoid the gap, and the overall strength of the cover 10 can be borrowed. By the pulling force of the ear hoop wire 13, the beading strip 50, the lip 34 and the lip 44 can be covered on the face of the three-dimensional curved watch to avoid the gap, and the pulling force generated by the ear hoop wire 13 directly acts on the upward link edge 21, The lower link edge 22 has a partial component force acting on the lip 34 and the lip 44. Therefore, the gap after the sleeve can be eliminated. When breathing, the air enters and exits through the pores of the interwoven fiber 80 of the facade substrate 20, and the air mainly entering and leaving the nasal cavity will The fiber gap of the interwoven fibers 80 filters dust and even bacteria. This type of wearing is formed between the surface of the nose and the skin-friendly side 18 of the shell 10, which is formed by the facade substrate 20, the upper covering sheet 30, and the lower covering sheet 40. The surface of the surface substrate 20 is larger than the upper cover sheet 30 and the lower cover sheet 40, and the outer surface of the rear base substrate 20 can maintain the curved surface and the correct appearance. The tension-assisted fascia substrate 20 is not deformed, and the fascia substrate 20 is maintained in a covered filter area without deformation, so that the negative pressure during breathing does not compress the planar surface of the fascia substrate 20, and the breathing pressure of the user is uniform, and The airflow rate of the facade substrate 20 is larger than that of the upper cover sheet 30 and the lower cover sheet 40, and the upper cover sheet 30 and the lower cover sheet 40 are fiber cloths, and the welded mesh dots 81 are distributed on the web.

Referring to FIGS. 7 and 8, the cover 10 can be hung on the ear of the user by using the ear hoop line 13, and the vertical base plate 20 (shown in FIG. 2) is provided. The cover sheet 30 and the lower cover sheet 40 are folded over on the skin-friendly side 18 side, and the top cover strip 50 of the upper cover sheet 30 is placed over the latitudinal center line L, and the upper link edge 21 is worn. The lower link edge 22 is respectively attached to the forehead and the nose bridge, and is deformed by an external force by the shaped bead 50, and can be attached to the bridge of the nose, and the base substrate 20 is provided with a light blocking effect. The device can be used as a light-blocking eye mask, and the façade substrate 20 can be insulated by a fibrous material, which maintains the temperature of the facial skin after being worn, is not affected by the ambient temperature, and is shielded from the eye. Or warm implementation, the upper link edge 21, the lower link edge 22 need not consider air tightness.

Please refer to FIG. 9 to FIG. 11 again. First, as shown in FIG. 9 , the cover 10 is further configured to be used for the maintenance of the nose. The facade substrate 20 is pulled by the ear hoop wire 13 . The skin-friendly side 18 of the shell 10 is the surface that is applied to the nose.

Please refer to the figures 10 and 11 again. The skin-friendly side 18 of the cover 10 covers the nose. If the nasal cavity is used for heat preservation, the upper cover 30 can be firstly fixed according to the fixed point of the two-sided corner joint 32. The reverse fold line 36 is reversely folded outward, so that the profiled bead 50 disposed on the upper cover sheet 30 is located on the web within the height of the joint side 31, and the reverse folding manner is operable by the hand, and the lip 34 is reversely pulled. It can be moved in the direction of the edge 21 of the link.

The heat insulating effect of wearing on the nose is as shown in Fig. 11. The upper cover sheet 30 is folded back by the fold line 36 to cause the mail strip 50 to be reversely folded on the upper web of the upper cover sheet 30, and the upper link edge 21 At this time, it may be vacated, and the lower link edge 22 may be used as a vacant shape, so that an air flow groove 16 is formed between the lower link edge 22 and the outer surface of the nose mouth, and the breathing air is emptied. This embodiment only needs to use the elevation substrate 20 and the upper surface. The thermal insulation performance of the cover sheet 30 is hanged by the ear hoop line 13, so that the cover body 10 can be partially covered on the nose of the user, and in this embodiment, the upper cover sheet 30 is further stretched upward. The length can be increased by a longer length to cover the bridge of the nose to make the nasal cavity more intact. This embodiment of the cover 10 is suitable for users who are allergic to the nose and does not affect the opening of the mouth.

Referring to FIG. 12 again, the lip 34 of the diagonal wire 35 is stretched upward as described above, so that the upper cover 30 is fully deployed, and finally the corner joint 32 and the diagonal wire are connected. 35 is defined as the maximum limit extension, and the upper cover sheet 30 can obtain a longer length covering the bridge of the nose, and the surface substrate is set up. The lower link edge 22 of the 20 is electrically connected to an air flow slot 16 to provide smooth breathing.

Referring to FIG. 13 again, as shown in the first and second figures, the upper cover sheet 30 and the lower cover sheet 40 are joined to the skin-friendly side 18 of the elevation substrate 20, and the upper cover sheet 30 is The lower cover sheet 40 is joined to the joint side 31 and the joint side 41 via the upper link edge 21, the lower link edge 22 and the two side side seals 11, so that an inner sandwich layer 17 is formed between the pair of turns, and the inner sandwich layer 17 is externally bent through the outer meander line 70. The two-way fold line 71 and the two-way fold line 72 are connected to form a maximum opening, and the sheet-like functional component 90 can be placed in the inner interlayer 17. The functional component 90 can be a heat-generating material, or a heat insulating material, or a filter with high filtering performance. The sheet or the completely light-blocking material is formed, and after the inner interlayer 17 is placed, the lower cover sheet 40 and the upper cover sheet 30 are sequentially sealed. This embodiment allows the use function of the facade substrate 20 to be further improved. More assistance.

Through the change of structure and the arrangement of space, this creation allows the cover to form a variety of functions. For an innovative design, the examiner is requested to give a clear understanding and to patent as soon as possible.

Claims (12)

A multifunctional face mask body for providing a cover for facial organ maintenance, comprising: a rectangular sheet-shaped façade substrate made of fiber, flexible, opaque and breathable, inner and outer sides The skin-friendly side and the outer screen side are respectively provided, and a center of the width of the outer surface of the web is provided with a zigzag line which is perpendicular to the curvature of the outer curved surface, and the upper and lower link edges of the outer curved line, the lower and the vertical substrate are respectively connected to the upper and lower sides. The central point, on the left and right sides of the long side, the upper and lower corner ends, respectively, the ear hoop line parallel to the wiring direction and the long side direction; a flexible piece, and the planar mechanical strength is smaller than the long piece of the above-mentioned vertical substrate The upper covering sheet is located on the skin-friendly side, and one side is linearly connected by the connecting edge of the vertical substrate, and the opposite free side is a lip, and the side of the web is near the lip side, and the lip is combined with the lip. The parallel shaped bead and the center of the web are provided with a bidirectional fold line which is aligned with the outer zigzag line and can be twisted in the front and back. The left and right sides are the combined side with the vertical substrate, and the joint side is The angle from the upper link edge to the latitudinal midline The point is connected, and the free-angle end shape of the lower side of the two sides of the web is a corner formed by the diagonal connection of the corner joint and the one end of the lip, and the corner joint is opposite to the center point. In the web, the preset is connected with a fold line; a flexible sheet surface having a lower planar mechanical strength than the above-mentioned façade substrate is located on the skin-friendly side, and one side is provided by the façade substrate The lower link edge is linearly combined, the opposite free side is a lip, the side of the web is near the lip side, and a side-shaped bead parallel to the lip is combined, and the web is centered and aligned with the outer curved line. The two-folded line is folded, and the left and right sides are a combined side that is linearly combined with the base substrate, and the joint side is formed by connecting the corner joints before the lower link edge reaches the latitudinal center line, and the web The shape of the free-angle end of the lower side of the two sides is a corner formed by the diagonal connection of the corner joint and the one end of the lip, and the web is opposite to the center of the corner joint. a fold line; wherein the upper cover piece is provided with a diagonal line Masking the transfer sheet diagonal line provided in the masking sheet When the lower cover sheets are respectively superposed on the skin-friendly side, the two are crossed, and the intersection between the two-corner joint and the two-diagonal intersection is opened, and a pair of open sections is opened; In order to overlap the upper cover sheet and the lower cover sheet on the façade substrate, when the skin-friendly side is provided, the cover gap between the inner cover sheets is formed, and the upper link edge and the lower link edge are used, respectively. The cover sheet and the lower cover sheet are respectively provided with a joint side at a four-corner end to form a square plane interlayer; and a seam structure is linearly combined with the stitching relationship of the above components. The multi-functional face cover body according to claim 1, wherein the ear hoop hoop wire is a wire which has an elastic body and can be longitudinally stretched and stretched. The multi-functional face mask according to claim 1, wherein the length of the bidirectional fold line of the upper and lower cover sheets is greater than a half value of the base substrate. The multi-functional face cover body according to claim 1, wherein the two-way fold line of the upper and lower cover sheets and the two sides of the lip of the transfer are equal to each other. The multi-functional face cover body according to claim 1, wherein the façade substrate is formed by stacking a plurality of layers of fiber cloth, and has the function of filtering air. The multi-functional face mask according to claim 1, wherein the airflow rate of the façade substrate is greater than that of the upper visor and the lower visor. The multi-functional face mask according to claim 1, wherein the upper cover sheet and the lower cover sheet are fiber cloths, and the mesh is distributed with a welded mesh point. The multi-functional face cover body according to claim 1, wherein the upper cover piece and the lower cover piece are respectively provided with two joint sides, which are respectively included by the side seals provided on the two sides of the cover body, and the synchronization The seam structure is stitched in a linear shape. The multi-functional face mask body according to claim 1, wherein the length of the joint side is greater than one half of the length of the bidirectional fold line. The multifunctional face cover body as claimed in claim 1, wherein the shape of the diagonal wire is It is a sigmoid curve. The multi-functional face mask according to claim 1, wherein the upper cover sheet and the lower cover sheet are superposed on the skin-friendly side of the facade substrate to form a storage area equal to the surface of the facade substrate. Style. The multi-functional face cover body according to claim 1, wherein the upper cover piece and the lower cover piece respectively use the structural position of the associated fold line to allow the upper cover piece and the lower cover piece to be on the base substrate. The upper and lower directions are turned up, and the outer zigzag line and the bidirectional fold line of the right outer zigzag line respectively can be bent in the direction of the outer screen side to form a state of lateral storage.