TW201318666A - Wing-shaped mask and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a wing-shaped mask and equipment for manufacturing and using the same, more particularly, to a 3D mask having two half wings for involution and folding, and capable of stabilizing a lip shed part after the two half wings are stretched and its manufacturing method. The lip shed part is for acting on outer periphery space of lip or nose holes of a user, enabling to distribute the breath flow pressure so that when the mask is worn, lining of a cover body will not be contacted with lipstick, or filtering material can be used to maintain broad filtering area, as well as the filtering material can be effectively used during production.

Description

Dish wing mask and equipment for its manufacture and use

The dish-shaped mask of the present invention and the device for making and using the same, refer to a three-dimensional wing with a two-half wing, and a three-dimensional mask with a stable lip shed and a production method thereof, and the mask is at the nose. On the periphery, the arched shed can be formed to avoid rubbing the lipstick and dispersing the pressure. In the process, the horizontal combination of the bead can effectively utilize the filter material and facilitate the flexible arrangement of the machine space.

The mask is effectively used in a personal air filtering tool. The material is made of high-density fiber non-woven fabric. It is a one-sided body shape, and it is difficult to apply a three-dimensional curved surface of the nose surface after being worn, so as shown in Fig. 1, A shapeable bead 7 is adhered to the cover 10 of the mask 1 near the bridge of the nose. After the ear is hooked to the ear, the cover 10 can maintain the position of the user's nose. The bead 7 is a The plastically deformable material, such as a soft iron wire, allows the web of the cover 10 to be changed, and the plurality of flat folds 100 are concavely folded in the interior, and the flat folds 100 are pulled by the upper and lower edges of the cover 10. After the splitting action, an expansion deformation is produced, which can provide a wider three-dimensional coating on the nose or cheek.

Referring to FIGS. 1 and 2, the above-mentioned mask 1 is a longitudinally-running production method for rapid prototyping. The mask 1 is formed by a roll of the workpiece 12, via the shaping wheel 13, It will shape the flat fold 100 as described above, and insert a paragraph-shaped bead 7 by means of an external action at the position where the strip runs the flat line, and the bead 7 is placed by the action of a hot press wheel 14 to allow the falling bead to fall. 7 can be bonded to the surface of the mask 1, the feeding speed is equal to the advance speed of the strip, and falls into the nose bridge position of the preset mask 1, the production is a bit of no waste, and the production method is simple, but The mask 1 produced by the user provides the position of the mask 1 close to the nostril after the user wears the belt, and the floating and concave interactions are often occurred during the breathing process, which affects the belt and the inside of the shell 10 The lining surface will contact the lips under normal conditions. Especially when the female is coated with lipstick, the inner lining of the hood 10 will often wipe the lipstick, and the above-mentioned process of generating protrusions and depressions due to breathing will occur. The force will also pull the cover 10 The inner lining surface, the position of the contact lipstick is linearly moved and the lipstick is applied, and the width of the mask 1 is close to the surface of the ear hanging component 11 on both sides, which cannot effectively fit the three-dimensional surface of the face, resulting in filtering the gap from the skin and the cover. The inner liner of 10 penetrates to the position of the nostrils, and since the inner liner of the cover 10 contacts the lips, the lipstick is applied to the inner liner surface of the cover 10 during the lip movement of the speech. The use of masks has been around for a long time and there should be a lot of room for improvement.

The invention provides a mask with a new function and a production method thereof, and mainly forms a lip shed in the shape of the mask body by finger shaping, and provides a user with a lipstick makeup artist, especially a female, to provide a space for separation and avoid masks. The main purpose of the invention is to smear the lining to the lips and to maintain the shape of the mask during the change of respiratory pressure.

A second object of the present invention is to utilize a lateral combination that accepts a bead of external force shaping of the fingers, which is stacked in a lateral position of the lip shed to provide support for the lip shed.

The third object of the present invention is to arrange the unfolded area of the mask and the running direction of the strip in a vertical position for the smooth production and the rational distribution of the material, and the operation of feeding the bead is horizontal, and a reasonable production process is presented.

The fourth object of the present invention is that the filter material used has a width smaller than that of the ply material, and the ply material has an elastic extension force, which can be used for forming the ear hook member and utilizing its elastic force, and is suitable for the ear hook attachment.

A fifth object of the present invention is a bead arranged in the lateral direction of the mask, which is a single combination at the position of the lip shed, and can be further added to the lateral position of the nose pad.

Regarding the structure, production method and implementation procedure of the present invention, please refer to the following description for the following: First, as shown in Figures 3 and 4, the mask 1 of the present invention is expanded into a three-dimensional shape in the cover. The ear hook member 11 is connected to the two sides of the cover 10, and the ear hook member 11 and the cover body 10 are formed synchronously. A nose piece portion 101 is formed at an upper end of the three-dimensional curved surface of the cover body 10 near the bridge of the nose, and a lip shed portion is formed near the nose. 102, the lower part of the lip shed portion 102 is a lower supporting portion 106. When used, the lower supporting portion 106 can support the user's lower jaw. The cover body 10 is a soft non-woven material, especially the filtering effect can reach the degree of HEPA. The body 10 is made of a plurality of non-woven fabric materials having a venting and filtering function, and is cut into a strip-shaped piece 12 and a filter piece 120. The filter piece 120 has a filtering function, and the piece 12 and the filter piece 120 are at least Each layer is stacked, and the stacking sub-demand is more in consideration of strength or filtration efficiency or aesthetics, and the composite material 12 and the filter material 120 are composited.

The above-mentioned multi-layer composite can stack at least one filter material 120, superimpose the material 12 on top and bottom, and in principle filter the filter material 120 with filtering requirements, costly, and perhaps the texture is not elastic, so the mask of the invention 1. The material of the filter material 120 is aligned with the cover 10 required for the filtering operation, and the material of the ear hook member 11 is the elastic nonwoven material 12.

The shape of the lip shed portion 102 is shed-like in order to avoid the appearance of the lip lining portion 102 when the inner lining touches the lips and maintains the breathing. In the portion of the lip shed portion 102, a bead 7 is laterally disposed, and the bead 7 is acceptable. A finger-shaped strip, such as a shapeable metal wire, is formed by a user's finger, and a lip shed 102 suitable for arching the face is formed, and the cheek cover 103 on both sides is close to the ear hook. The upper and lower ends of the component 11 are subjected to the pulling action and the elastic instinct generated when the earloop member 11 is ear-hung, and it is applied to the user's cheek.

Referring to FIG. 4 again, the above-mentioned mask 1 is symmetrically distributed by two pairs of half-shaped two-way half-wings 104 and half-wings 105 via a fold line L to form a cover 10 in the cover. The material used for the portion of the 10 is the filter material 120, and the portion of the ear-hanging element 11 is a general piece of material 12, which is in principle a flexible cloth. (The filter material 120 and the material 12 are in a layered relationship. In any case, the description is first defined as a strip. The half-wing 104 and the half-wing 105 are partially disposed in the width of the filter material 120, and the fold line L is a pair of fold lines, near the nose. The position is combined with a bead 7 which is sandwiched between the filter material 120 and the peg 12 so that the bead 7 can be positioned at the lip portion 102 after forming.

According to the above arrangement, the layout of the mask 1 is formed, the width of the material 12 is larger than the filter material 120, and the area of the filter material 120 provides the area planning of the two half-shaped wings 104, 105, and the two sides of the material 12 are larger than the filter material. 120, an expansion area provided two ear hanging element forming area demand 11, wherein the binding earhook member 11 and the cover 10, to be sewn by sewing wiring L ₄ steps 104 and 105 of the half-wing, with The body completes the bonding of the cover 10 to the earloop element 11.

The piece 12 and the filter piece 120 are cut into strips by the strip-shaped non-woven material, and the surface of the mask 1 is laid out in a plan view sequence, and the expanded area 107 of the mask 1 is expanded. It is arranged horizontally with the piece 12, for example, the half-wings 104, 105 are laterally opposite each other, and are arranged perpendicularly to the longitudinal direction of the piece 12.

Referring to FIG. 5 again, after the layout of the expanded area 107 of FIG. 4 is arranged, the folded line L is folded in half. After folding, the shape of the cover 10 is planned by the cutting line L _{0 ,} and the line L ₀ is cut and synchronized. The shape of the ear hook member 11 is planned, and the mask 1 is formed after cutting, and the curve forming the nose pad portion 101 and the lip shed portion 102 is coupled by the wire L ₂ , and the wire L ₂ is directed to the ear hook member 11 The slit wire L _{4 is} sewn to the ear hook element 11, and after the cutting by the cutting line L ₀ , the half-shaped cover body 10 and the ear hook element 11 are formed, and the bead 7 is attached at the height position of the residual connection line L ₁ .

For the manufacturing process of the mask 1 described above, please refer to FIGS. 6 and 7. It is a dispensing operation 200 in which a plurality of non-woven fabrics are provided, and the upper and lower alignments are provided, and the output is provided by the stacking operation 400. There is a feeding operation 300, the feeding operation 300 is synchronized with the stacking operation 400, and the feeding operation 300 is operated in the direction of the lateral feeding. After the feeding operation 300 and the stacking operation 400 are completed, a shaping operation 500 is performed. The shaping operation 500 mainly uses the folding line L to fold the piece of material into the seam cutting operation 600, and forms a finished product through the seam cutting operation of the seam cutting operation 600.

Referring to FIG. 7 again, the dispensing operation 200 is performed by a dispensing system 2, and the dispensing system 2 is provided with a plurality of rolled material 12 and a rotating material of the filtering material 120, which will extend to the product. The position of the stacking device 4 is carried out by the stacking operation 400, wherein the stacking pattern is mainly centered by the filter rod 120 (please be shown in Fig. 4), the width of the piece 12 is larger, and the piece 12 is beyond The extending width of the two sides of the filter material 120 is respectively the forming area of the two-side ear-hooking element 11, and is planned to be the transverse direction of the cutting plate surface of the mask 1 in the lateral direction of the drawing area 107, and is placed as a running line of the vertical filtering piece 120. In view of the above, the material of the expensive filter material 120 is not wasted, and the elastic material of the material 12 is required to be applied to the ear hook element 11, so that in principle, the filter material 120 and the material 12 are different materials. The mask 1 is configured to allow the various components of the mask 1 to be functionally unique.

And the number and order of the layers required for the respective pieces of the material 12 and the filter material 120 can be selected according to the requirements of the finished product of the mask 1 to select the composite layer of the material 12 and the filter material 120.

At the output of the material 12 and the filter material 120, at least under the stacking device 4, a guide wheel 41 is provided, so that the plurality of pieces of the material 12 or the filter material 120 transferred from the dispensing system 2 are superposed, and then The transfer device 42 carries a transfer roller 42 at one end thereof, and the stacking wheel 43 provides the upper end of the filter material 120 to be bent and overlaps the bottom material 12 which is entered at the lower end. A transverse feed device 3 is arranged in the angular position before the overlap, and the transverse feed device 3 produces a feeding operation 300 for the aforementioned bead 7 to be placed and positioned by the stacking wheel 43. .

The above-mentioned feeding operation 300, so the lateral feeding with the belt running line is necessary to be the unfolding area 107 as shown in Fig. 4, the shape of which is perpendicular to the running line of the laminated belt, and the bead 7 is previously a straight line. The rod of the line segment and the bead 7 are combined in the mask 1 to provide horizontal traction to the lateral direction of the face after being provided by the user in the lateral direction of the mask 1, and the strip is longitudinally operated, and the unfolded area 107 is The transverse direction, and the bead 7 are located in the angular direction of the mask 1, and the feed bead 7 is fed in a lateral direction (perpendicular to the running direction of the strip) by a feeding device 3 (see Fig. 9). Then, the bead 7 is horizontally assembled in the horizontal position of the planned development area 107, so that the front and rear unfolded areas 107 can be adjacent to each other, and the two sides of the ply 12 extend beyond the side line of the filter material 120. Therefore, the forming area requirement of the ear hanging component 11 does not cause waste of the area of the filter material 120, and the functions of the various functions can be used, and the horizontal feeding mode can facilitate the rapid production and the space arrangement of the machine.

After being overlapped, the image is transferred to a shaper 5 for shaping operation 500. The shaper 5 is formed by an shaping plate 51, and the overlapping cloth is shaped by the edge of the outer shape to be folded into the seaming operation 600. The slitting operation 600 uses a slitting device 6 to first perform the cutting and arching operation as shown in FIG. 5 via a hot-cutting stick 62 after the crimping of the folding wheel 61, and finally through the buccal portion 103. It is proposed that the delivery device 64 delivers the package.

The above-mentioned work is the machine system of the production, such as the concept of Figures 7 and 8 (please match the figure shown in Figure 3), which has the dispensing system 2 outputting the material 12 and the filter material 120, and The feeding device enters the stacking device 4, and before the entry, a feeding device 3 is disposed at an angular position between the filtering material 120 and the workpiece 12, and the feeding device 3 conveys the aforementioned bead 7 via the carrying rail 31 (please refer to FIG. 3 After the bead 7 is positioned via the stacking device 4, the integral strip is transferred to the shaper 5, and the sides of the shaping plate 51 of the shaper 5 are obliquely lined, so that the passing strip is made at the center of the lower end of the shaping plate 51. Splitting, forming a pair of fold lines L, finally entering the seam cutting device 6 for threading and cutting, the finished product is outputted by the conveying device 64, the above-mentioned dispensing system 2 is the dispensing operation 200, and the feeding device 3 is feeding In the operation 300, the stacking device 4 is a stacking operation 400, the shaper 5 is a shaping operation 500, and the sewing device 6 is a slitting operation 600. The feeding operation 300 of the system is a composite material of the filter material 120 or the material 12 The belt carries the direction, fed horizontally, and by means of the lateral feeding, it reduces the dispensing The space of the system 2 is such that the machine is miniaturized, and as shown in Fig. 4, the filter material 120 and the material 12 are vertically overlapped in parallel, in order to obtain the width of the filter body 120 which can be placed on the filter body 120. In the range, the cover body 10 has a lateral relationship with the filter material 120, and the bead 7 placed on the premise of the lateral relationship must be lateral, so the position of the feeding device 3 and the working line of the tape are required. For the horizontal, this is the second necessity in implementation.

Referring to FIG. 9 (in conjunction with FIG. 10), the feeding device 3 is in a horizontal relationship with respect to the running line of the workpiece 12 or the filter rod 120, and the feeding device 3 is a dispensing wheel provided with a bead 7 The bead 7 of the bead 7 is previously placed outside the feeding device 3, firstly cut by the slitting wheel 71, which cuts a plurality of sections of the bead 7, and the bead 7 is transported through the carrying rail 31 into the peg. 12 and the running position of the filter rod 120, the tongue 31 is extended above the running direction of the carrier track 31, and the bead 7 is pushed into the center of the tongue 310 by the power of the feeding device 3, the tongue plate A dialing device 32 is disposed above the 310. The outer side of the dialing device 32 is provided with a vertical push rod 320. The push rod 320 will fluctuate the incoming bead 7 in the direction of the strip, so that the bead 7 is placed thereon. The upper table of the filter material 120 is filtered by the action of the laminating wheel 43 to press the bead 7 to position the bead 7 and position it at the desired position of the cover 10 as shown in Fig. 4, by the lateral direction. In the manner of feeding, the bead 7 can be placed at the desired position of the cover 10, and the cover 10 can be subjected to The entire cover of the filter material 120 is filtered, and the formed mask is filtered. The above-mentioned ply material 12 and the filter pill material 120 are overlapped in the order of replacement, and the replacement is based on the filter process requirements of the mask. It is also possible to use a multi-layered filter material 120 or a plurality of layers of material 12 to create a mask that produces different filtration functions.

Referring to FIG. 10 (in conjunction with FIG. 3), the present invention provides a mask 1 which is provided with a nose piece 101 at the center of the nose of the front edge of the cover 10, and a lip shed at the position of the relevant nose. The portion 102 of the lip shed 102 can be used for arching the peripheral space of the nose through the arrangement of the bead 7, such as a tent, and the bead 7 is used for plastic deformation of a metal-like shape, and is arched in the nostril. In the position, it can counteract the pressure change during the breathing of the nostrils, so that the lip shed 102 at the position of the nostrils can be shaped, or the outer periphery of the lips can be stretched to prevent the inner surface of the cover 10 from contacting the lips. Similarly, in the nose bridge position, another strip 7 can be attached to provide a full-scale stereoscopic shape proofing, so that the shell 10 can be attached to the face stereoscopic table, and the bead 7 at the position of the nose pad 101 is similar. It is combined in the same way as the working directions of Figures 9 and 4.

The invention provides a design for arching the cover body of the part on the periphery of the nostrils and the lips, which can act on the pressure dispersion and avoid the contact between the lips and the inner surface of the cover body, thereby providing a brand new application method. The lipstick of the cloth will not be smeared, and the shape will be maintained during the breathing process. In the production process, the area of the filter material is effectively utilized by the lateral insertion method, and the bead and lip shed portion in the nose piece The bead can be installed in the same body, and the installation method is determined by the number of fluctuations of the push rod action shown in Fig. 9, such as inserting a bead or two beadings or even three in the agreed area, all of which are operated in a lateral direction. The masks are combined with different structures to provide a variety of use occasions. It is an innovative design, please ask your reviewer for guidance and guidance, and give the patent as soon as possible.

1. . . Mask

10. . . Cover

100. . . Flat fold

101. . . Nose pad

102. . . Lip shed

103. . . Buccal mask

104. . . Half wing

105. . . Half wing

106. . . Lower part

107. . . Expand map area

11. . . Ear hook component

12. . . Plywood

120. . . Filtered pellets

13. . . Plastic wheel

14. . . Hot pressing wheel

L ₁ . . . Cable

L. . . Fold line

L ₀ . . . Cutting line

L ₂ , L ₃ . . . Wiring

L ₄ . . . Seam wiring

2. . . Distribution system

200. . . Distribution work

300. . . Feeding operation

400. . . Stacking operation

500. . . Plastic surgery

600. . . Sewing work

3. . . Feeding device

31. . . Carrying track

310. . . Tongue

32. . . Dial-in device

320. . . Putt

4. . . Stacking device

41. . . Guide wheel

42. . . Transfer device

43. . . Stacking wheel

5. . . Shaper

51. . . Shaping plate

6. . . Sewing device

61. . . Folding wheel

62. . . Hot cut stick

63. . . Proposed round

64. . . Conveyor

7. . . Layering

70. . . Wire

71. . . Cutting wheel

Figure 1 is a schematic view of a mask having a flat fold.

Fig. 2 is a plan view showing the production mode of Fig. 1.

Figure 3 is a perspective view of the mask of the present invention.

Fig. 4 is a layout view of the mask before forming the mask of the present invention.

Figure 5 is a schematic view of the folding process in the production process of the mask of the present invention.

Figure 6 is a schematic diagram of the production process of the present invention.

Figure 7 is a side view view of the production system to which the present invention is applied.

Figure 8 is a perspective view of the production work system of the present invention.

Figure 9 is a perspective view of the feeding device of the present invention in a lateral direction.

Fig. 10 is a side view showing the state of the mask of the present invention.

10. . . Cover

101. . . Nose pad

102. . . Lip shed

103. . . Buccal mask

11. . . Ear hook component

7. . . Layering

Claims (13)

The invention discloses a method for manufacturing a dish-shaped mask, comprising: step 1: performing a matching operation, and placing a plurality of different functional pieces and a non-woven roll-shaped piece of a filter piece having a small width, respectively, in a dispensing system. The tongue end of the piece is output longitudinally by the dispensing system, and is in a stacking relationship between the upper and lower sides, and the filter material is located in the center of the strip; steps 2 and 3: stacking by the stacking device, the working direction of the stacking device In the longitudinal direction, the stacking device firstly combines the majority of the pieces of the material sent by the dispensing system, and then stacks them in a composite surface layer, wherein the stacking device is provided with a stack of pressing wheels, and the stacking wheel is heated. The surface of the laminated piece is planned according to the shape of the mask, and the slit line of the two half-wings is sewed, the seam tangential line is combined with the opposite side of the ear-hanging element, and the area of the two-half-shaped wing is positioned in the width of the filter piece. In the feeding operation, before the composite surface layer, in the composite angle gap, the feeding operation is carried out in a lateral manner, so that the bead can be combined horizontally in the pile material stack; Step 4: a shaping operation, in order to utilize The shaping plate will be as described above Laminated material folded completion of the match; Step Five: a knife cutting operation, the above material was folded horses, and then perform sewing in accordance with the planned cutting line is performed by sewing edging planned connection. A method for manufacturing a dish-shaped mask according to claim 1, wherein the dispensing system applied to the dispensing operation is provided with a tension modulation operation to control the tension at the output of each piece of material. The method for manufacturing a dish-shaped mask according to claim 1, wherein the sewing operation of the stacking operation and the sewing operation is an electrothermal energy working mode. The dish-shaped mask of the present invention comprises: a cover body, the outer side of the cover body is connected with the ear-hanging element, and the cover body is formed by the two-half-shaped two-half-shaped wing, and the central part is reserved by the paragraph-shaped fold line. The entity is connected, and the pair of fold lines are respectively connected to form a nose piece and a lip shed. A bead is horizontally combined in the center of the cover and located at an upper position of the lip shed. The dish-shaped mask according to claim 4, wherein the lower portion of the lip shed is provided with a lower portion. A disc-shaped mask as claimed in claim 4, wherein the bead is laterally stabilized in the range of the remaining fold line height. The dish-shaped mask of claim 4, wherein the cover is formed by stacking a plurality of layers of non-woven fabric, and the bead is sandwiched in the stack of interlayers. The dish-shaped mask of claim 4, wherein the cover is formed by stacking a plurality of non-woven fabrics, wherein at least one of the pieces of material extends outwardly to the two sides to form an ear-hanging member. The invention relates to a production device for a dish-shaped mask, comprising: a dispensing system, which provides a plurality of reel-shaped non-woven fabrics and vertically and vertically feeds the tongue end; a stacking device greets the above-mentioned multi-layer Material, with a stack of pressing wheels, the laminated pieces of material are wired to the sewing seam of the second half of the cover; a feeding device is located between the stacking device and the dispensing system to feed the segmented bead transversely Among the sandwiches of the above-mentioned pieces of material; a shaper that greets the pieces of material processed by the stacking device and folds them in half; a slitting device that greets the piece of material that is folded in the shaper, performs the nose piece portion and the lip shed portion of the cover body The threading is completed, and the trimming of the tangent is planned according to the shape of the cover. The production device for a dish-shaped mask of the invention of claim 9 wherein the slitting device is provided with at least one hot-cutting roller. For example, the production device of the dish-shaped mask of the patent application scope No. 9 wherein the dispensing system is provided with a piece of material tension modulation device. The production device for a disc-shaped mask of the invention of claim 9, wherein the feeding device provides a reel-shaped wire for mounting, and a lateral position of the stacking device is provided with a carrying rail, and the carrying rail is provided with a cutting wheel A tongue plate is arranged at the end of the carrier rail, and a dialing device is arranged above the tongue plate. For example, in the production equipment of the disc-shaped mask of the patent application scope 12, wherein the movement direction of the dialing device is the same as the running direction of the stacking device, the dialing device is provided with a push rod, and the working speed of the push rod is adjustable. .