CN212464983U - Can replace antibiotic knitting gauze mask of filter core - Google Patents

Abstract

The utility model discloses a can replace antibiotic knitting gauze mask of filter core, including the gauze mask main part, the gauze mask main part includes the antibiotic layer in the outside and the ventilative close skin layer of inboard, and antibiotic layer upper portion and ventilative close skin layer upper portion are organized an organic whole through the air bed and are woven and form, still insert in the air bed tissue and establish moulding strip, sew up the connection after the laminating of antibiotic layer lower part and ventilative close skin layer lower part, form the intermediate layer between antibiotic layer and the ventilative close skin layer, fill the filter core in the intermediate layer. This can replace antibiotic knitting gauze mask of filter core long service life, ventilative and wear comfortable, broken through traditional gauze mask limitation, opened up new route for knitting type gauze mask.

Description

Can replace antibiotic knitting gauze mask of filter core

The technical field is as follows:

the utility model relates to a gauze mask field specifically says to an antibiotic knitting gauze mask of replaceable filter core and weaving method thereof.

Background art:

the traditional protective mask is formed by compounding non-woven fabrics and filtering materials, and the appearance is affected by the materials monotonously. And the filter element mask can be replaced in the protection of other types, and the filter element mask needs to be replaced after being used for a certain number of times. The gas mask type replacement filter element mask is not convenient for daily carrying and has high use cost for people. In summary, conventional mask products have various advantages, and also have a certain short plate. Under certain social environments (such as epidemic situation with strong infectivity), aiming at wide market demands, a mask which can be recycled and has a protection effect is needed, so that the demands can be greatly met, and the waste of other resources is reduced.

The utility model has the following contents:

the utility model aims to solve the technical problem that an antibiotic knitting gauze mask that improves life, ventilative and wear comfortable replaceable filter core is provided.

The technical solution of the utility model is, provide a can replace antibiotic knitting gauze mask of filter core, including the gauze mask main part, the gauze mask main part includes the antibiotic layer in the outside and inboard ventilative close skin layer, and antibiotic layer upper portion and ventilative close skin layer upper portion are organized an organic whole through the drum wave and are woven and form, still insert in the air layer tissue and establish moulding strip, and antibiotic layer lower part and ventilative close skin layer lower part laminating are sewed up and are connected, form the intermediate layer between antibiotic layer and the ventilative close skin layer, fill the filter core in the intermediate layer.

Preferably, the antibacterial layer, the breathable skin-friendly layer and the waving structure are integrally woven from antibacterial yarns. Breaks through the limitation of the traditional mask and opens up a new path for the knitted mask.

Preferably, the antibacterial layer is formed by weaving antibacterial wool yarns into a jacquard weave or a yarn-sandwiched weave. Has antibacterial and barrier effects.

Preferably, the breathable skin-friendly layer is formed by knitting antibacterial cotton yarns in a needle-separating manner or in a hole-picking manner. The air permeability of the fabric is increased.

Preferably, the antibacterial layer is formed by weaving antibacterial wool yarns A, antibacterial wool yarns B and antibacterial wool yarns C, wherein the antibacterial wool yarns A and the antibacterial wool yarns B are woven according to pattern arrangement, and the antibacterial wool yarns C are brought in during weaving to form the non-woven sandwich yarns. The non-woven yarn clamping makes the outer side not easy to deform.

Preferably, the air layer weave is a wave-blowing weave, and the wave-blowing weave is formed by weaving antibacterial wool yarns C. The bulge wave hollow portion can be plugged with a moldable material to form the nose clip portion.

Preferably, the filter element is melt-blown cloth or an activated carbon bag or a carbonized cellulose bag.

Compared with the prior art after the scheme more than adopting, the utility model has the advantages of it is following: the mask has the advantages that the protection effect can be achieved, the main structure of the mask can be cleaned and recycled, and the service life of a product is greatly prolonged; the air permeability of the fabric is also improved due to the composition characteristic of the knitted loops; the elasticity of the elastic fabric also enables the product to be easily folded and conveniently carried, and meanwhile, the wearing comfort of the product is improved; the utility model breaks through the limitation of the traditional mask and opens up a new path for the knitting mask; the utility model discloses the combination of the knitting yarn that accessible nature is different (like knitting yarn that is different such as colour, shape, elasticity), present more abundant skin texture color contrast.

Description of the drawings:

fig. 1 shows the main structure of the woven mask of the present invention.

Fig. 2 is a partial longitudinal cut view of fig. 1.

Fig. 3 is a schematic diagram of the outer side structure of the present invention.

Fig. 4 is a schematic diagram of the inner side structure of the present invention.

The specific implementation mode is as follows:

the invention will be further described with respect to specific embodiments in conjunction with the following drawings:

example 1

As shown in fig. 1-4, the utility model discloses a can replace antibiotic knitting gauze mask of filter core, including gauze mask main part and ear area, the gauze mask main part includes antibiotic layer 1 and the inboard ventilative close skin layer 2 in the outside, antibiotic layer 1 upper portion and ventilative close skin layer 2 upper portions are woven like drum ripples structure 3 an organic whole through the air bed tissue and are formed, still insert in the drum ripples structure 3 and establish moulding strip 4 and form the nose clip part, sew up the connection after the laminating of antibiotic layer 1 lower part and ventilative close skin layer 2 lower part, the middle part between antibiotic layer 1 and the ventilative close skin layer 2 forms the intermediate layer, fill filter core 5 through the opening of one side in the intermediate layer. Because the mask main body of the utility model is woven by yarn, the ear bands can be integrally woven and formed, and the ear bands of the common mask arranged on the mask main body can also be used for sewing and connecting. The shaping strip is preferably of a double-layer structure of an aluminum core and a plastic layer coated outside the aluminum core, and the aluminum core is preferably of a flat strip shape. In other words, antibiotic layer in the outside and the ventilative close skin layer upper portion in the inboard are through drum ripples structure integrated into one piece, and the lower part then sews together, as for the left and right sides, can not do and sew up or sew up one side, of course, also can carry out following improvement, sew up the magic subsides in the internal surface of opening side, seal opening side through the magic subsides.

In this embodiment, antibiotic yarn can adopt the yarn of the same or different colors to make antibiotic layer pattern rich more colorful, antibiotic layer 1 and ventilative close skin layer 2 are woven by antibiotic yarn is integrative to form, has broken through traditional gauze mask limitation, opens up new route for knitting type gauze mask. Specifically, the antibacterial layer 1 is formed by weaving antibacterial wool yarns into a jacquard weave 11 and clamping non-woven clamping yarns, so that an antibacterial barrier effect is achieved; the breathable skin-friendly layer 2 is formed by weaving antibacterial cotton yarns in holes to increase the breathability of the fabric, specifically, the antibacterial layer in the embodiment is formed by weaving antibacterial wool yarns a, antibacterial wool yarns B and antibacterial wool yarns C, wherein the antibacterial wool yarns a and the antibacterial wool yarns B are woven according to the pattern arrangement, and the antibacterial wool yarns C are brought in the weaving process to form non-woven yarn clamps. The non-woven yarn clamping makes the outer side not easy to deform. The air layer weave is a wave-blowing weave 3, and the wave-blowing weave 3 is formed by weaving antibacterial wool yarns C. The hollow portion of the drumhead tissue 3 may be packed with a malleable material to form a nose clip portion. The wave-blowing organization and the hole-picking organization both belong to the organization structure of the knitting industry and belong to the category of the prior art, the content of the specific wave-blowing organization and the hole-picking organization is not repeated, the same non-weaving yarn clamping is also the known technology of the knitting industry, and the antibacterial wool yarn C is fixed by the coils formed by the intersection of the antibacterial wool yarn A and the antibacterial wool yarn B brought in the knitting process.

In this application, the filter core part is not the utility model discloses an innovation place, can directly adopt the filter core of gauze mask on the market to dispose, for melt-blown cloth or activated carbon package if the filter core, of course, also can use the more carboloy cellulose package of environmental protection to dispose, activated carbon package and carboloy cellulose package are through placing activated carbon particle or carboloy cellulose particle in the sealed package that the non-woven fabrics preparation formed.

The utility model discloses a can replace its gauze mask main part of antibiotic knitting gauze mask of filter core adopts the different tissues of the different yarn mouths of computerized flat knitting machine to weave or the method of pleating the structure forms the gauze mask shape from bottom to top. As shown in fig. 1, taking local knitting as an example, the shadow part is a non-knitting part, wherein the part (i) is an antibacterial layer 1 outside the mask, jacquard weave is knitted by using yarn a, yarn B and yarn C and the jacquard weave is brought into yarn clamping weave, and the yarn a and the yarn B can be knitted according to design required pattern arrangement; and the yarn C is a clamping yarn, so that the antibacterial layer on the front side is not easy to deform. Secondly, the part is the wave-bulging texture 3 of the upper edge part of the mask main body, the yarn C is used for carrying out wave-bulging texture weaving, and the hollow part of the wave-bulging texture 3 can be stuffed with plastic materials such as shaping strips 4 to form a nose clip part, as shown in figure 2. And the part of the breathable skin-friendly layer 2 is the inner side of the mask, and the yarns D are used for carrying out hole picking weaving 21 or needle separating weaving, so that the fabric is dry and breathable. The parts IV and V are respectively the lower edge parts of the inner side and the outer side of the mask main body, and are connected and sewed to form the lower edge part of the mask, and the replaceable filter element (as shown in figure 2) is plugged into the middle interlayer after sewing to play a role in protection.

The knitting method of the weft knitting machine using a pair of front and back needle beds extending in the left-right direction and facing each other in the front-back direction includes the steps of,

step 1: the right row of the yarn D is woven on the single side to form the lower edge part of the breathable skin-friendly layer;

step 2: the yarn D starts to move left, and local weaving and hole picking weaving is carried out from the left end to the left side to form an inner interlayer part matched with the outer antibacterial layer;

and step 3: the yarn D is subjected to wave-blowing weaving to form a connecting part for connecting the upper part of the breathable skin-friendly layer and the upper part of the antibacterial layer;

and 4, step 4: the yarns A, B and C start to move left, and the right move is finished to the left, local weaving jacquard yarn-clamping tissues are carried out, and an outer interlayer part matched with the inner breathable skin-friendly layer is formed;

and 5: and the yarn C starts to move left, finishes to move right, and is woven on the left side to form the lower edge part of the antibacterial layer.

The yarn A, the yarn B and the yarn C are antibacterial wool yarns, and the yarn D is antibacterial cotton yarns.

The foregoing is illustrative of the preferred embodiments of the present invention only, and is not to be construed as limiting the claims. All utilize the utility model discloses equivalent structure or equivalent flow transform that the specification was done all are included within the patent protection scope of the utility model.

Claims (7)

1. The utility model provides a can replace antibiotic knitting gauze mask of filter core, includes the gauze mask main part, its characterized in that: the gauze mask main part includes the antibiotic layer in the outside and the ventilative close skin layer of inboard, and antibiotic layer upper portion and ventilative close skin layer upper portion are woven through the integrative of drum ripples tissue and are formed, still insert in the air layer tissue and establish moulding strip, and antibiotic layer lower part and ventilative close skin layer lower part laminating are sewed up and are connected, forms the intermediate layer between antibiotic layer and the ventilative close skin layer, fills the filter core in the intermediate layer.

2. The antibacterial knitted mask with a replaceable filter element according to claim 1, wherein: the antibacterial layer, the breathable skin-friendly layer and the wave-bulging structure are integrally woven by antibacterial yarns.

3. The antibacterial knitted mask with a replaceable filter element according to claim 1, wherein: the antibacterial layer is formed by weaving antibacterial wool yarns into jacquard weave or yarn-sandwiched weave.

4. The antibacterial knitted mask with a replaceable filter element according to claim 1, wherein: the breathable skin-friendly layer is formed by knitting antibacterial cotton yarns in a needle-separating manner or knitting the antibacterial cotton yarns in holes.

5. The antibacterial knitted mask with a replaceable filter element according to claim 3, wherein: the antibacterial layer is formed by weaving antibacterial wool yarns A, antibacterial wool yarns B and antibacterial wool yarns C, wherein the antibacterial wool yarns A and the antibacterial wool yarns B are woven according to pattern arrangement, and the antibacterial wool yarns C are brought in the weaving process to form non-woven clamped yarns.

6. The antibacterial knitted mask with a replaceable filter element according to claim 1, wherein: the air layer tissue is a wave-blowing tissue which is formed by weaving antibacterial wool yarns C.

7. The antibacterial knitted mask with a replaceable filter element according to claim 1, wherein: the filter element is melt-blown cloth or an activated carbon bag or a carbonized cellulose bag.

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