CN210096100U - Absorption article provided with spaced non-gluing areas - Google Patents
Absorption article provided with spaced non-gluing areas Download PDFInfo
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- CN210096100U CN210096100U CN201920046263.4U CN201920046263U CN210096100U CN 210096100 U CN210096100 U CN 210096100U CN 201920046263 U CN201920046263 U CN 201920046263U CN 210096100 U CN210096100 U CN 210096100U
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Abstract
The utility model relates to a be provided with absorption articles for use in interval formula district of not applying glue, absorb articles for use and include liquid-permeable top layer, water conservancy diversion layer or overburden, liquid-tight nature side leakage prevention layer and liquid-tight nature bottom to and form with the parcel layer complex by compound core absorbent paper, and set up the absorbed layer between liquid-permeable top layer and liquid-tight nature bottom, connect as an organic wholely through hot melt pressure sensitive adhesive layer between each layer be provided with the width among the hot melt pressure sensitive adhesive layer and be the district of not applying glue that 1.25-20mm and interval formula distribute. The hot-melt pressure-sensitive adhesive layer is composed of a plurality of hot-melt adhesive filaments, and an un-applied adhesive area with the interval width of 1.25-20mm is arranged between every two adjacent hot-melt adhesive filaments. In the hot melt pressure sensitive adhesive layer, 1-4 hot melt adhesive filaments with the width of 4-6mm are arranged in each glue spraying unit with the width of 25 mm.
Description
Technical Field
The utility model relates to an absorb articles for use technical field, especially relate to an absorb articles for use that are provided with not gluey district of spaced type.
Background
Infants and other incontinent individuals often need to wear absorbent articles such as diapers, pull-ups, sanitary napkins and the like. The absorbent article functions to store and isolate the exudates from the body, clothing, bedding, etc. of the wearer. Disposable absorbent articles typically include a main body component and a closure component for maintaining the main body component on the wearer. The main body component comprises a liquid-permeable top layer, a flow guide layer or a covering layer, a liquid-tight side leakage prevention layer, a liquid-tight bottom layer and an absorption layer which is arranged between the liquid-permeable top layer and the liquid-tight bottom layer and is formed by compounding a composite core water-absorbing paper material and a wrapping layer. The closed components are a panty-shape closed system with a waist-paste type diaper, a pull-up diaper, a pant-type closed system with an elastic side waistline formed by compounding inner and outer waistline non-woven fabrics and spandex filaments, a sanitary towel or a diaper, a back adhesive release paper fixing system and the like. The interlayer adhesion is realized through hot melt pressure sensitive adhesive between the liquid permeable top layer, the flow guide layer or the covering layer, the liquid impermeable side leakage prevention layer, the liquid impermeable bottom layer and the like, and the interlayer adhesion is realized through hot melt pressure sensitive adhesive between the inner and outer waistline non-woven fabrics of the pull-up pants and between the front waist patch of the paper diaper, the liquid impermeable bottom layer and the like. The common glue applying structure of the hot melt pressure sensitive adhesive comprises glue scraping, small spiral glue spraying, omega glue spraying, S-shaped glue spraying, strip glue spraying, CS glue spraying and the like.
The common hot melt pressure sensitive adhesive between the liquid permeable top layer, the flow guide layer or the covering layer, the liquid impermeable side leakage prevention layer, the liquid impermeable bottom layer and the like is bonded by the hot melt pressure sensitive adhesive, and the hot melt pressure sensitive adhesive bonded between the inner and outer waistline non-woven fabrics of the pull-up diaper, the front waist tape of the paper diaper and the liquid impermeable bottom layer and the like is in a full-spraying type adhesive spraying mode, namely, no interval exists between two adjacent hot melt adhesive wires. Because the hot-melt pressure-sensitive adhesive is a non-hydrophilic material, if a full-spraying sizing mode is set, the absorbability of the whole product to urine or menstrual blood is reduced, the hand feeling of the product is also deteriorated, and the cost of the product is increased.
The utility model discloses to above problem, provided an absorption articles for use who is provided with interval formula district of not gluing, two adjacent hot melt adhesive silk have 1.25-20mm district of not gluing, make the imbibition speed of absorption articles for use faster, also can reduce 15-40% glue application volume, make the whole of product feel obtain better promotion.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide an absorption articles for use that are provided with the not gluey district of spaced type, can be for reaching this purpose, the utility model discloses a following technical scheme:
the absorption article provided with interval type non-gluing areas comprises a liquid-permeable top layer, a flow guide layer or a covering layer, a liquid-tight side leakage prevention layer and a liquid-tight bottom layer, and an absorption layer which is formed by compounding a composite core absorption material and a wrapping layer and is arranged between the liquid-permeable top layer and the liquid-tight bottom layer, wherein the layers are connected into a whole through a hot-melt pressure-sensitive adhesive layer, and the non-gluing areas which are 1.25-20mm in width and distributed in an interval type are arranged in the hot-melt pressure-sensitive adhesive layer.
Preferably, the hot melt pressure sensitive adhesive layer is composed of a plurality of hot melt adhesive filaments, and a non-glue application area with the interval width of 1.25-20mm is arranged between every two adjacent hot melt adhesive filaments.
Preferably, in the hot melt pressure sensitive adhesive layer, 1-4 hot melt adhesive filaments with the width of 4-6mm are arranged in each glue spraying unit with the width of 25 mm.
Preferably, in the hot melt pressure sensitive adhesive layer, 1-4 hot melt adhesive filaments with the width of 4-6mm are arranged in each glue spraying unit with the width of 30 mm.
Preferably, a hot melt pressure sensitive adhesive layer is arranged between the liquid permeable top layer and the flow guide layer or between the liquid permeable top layer and the absorption layer, and an un-rubberized area of 1.25-10mm is arranged between every two adjacent hot melt adhesive wires. And non-gluing areas with the interval width of 3.0-10mm, preferably 3.4-7.5mm, are arranged in the hot melt pressure sensitive adhesive layer between the flow guide layer and the absorption layer or between the covering layer and the absorption layer.
Preferably, in the hot melt pressure sensitive adhesive layer between the liquid-tight side leakage preventing layer and the liquid-tight bottom layer, non-applied adhesive regions with a spacing width of 1.25-10mm, preferably 1.25-3.4mm, are provided.
Preferably, an un-rubberized area with the spacing width of 7.5-100mm, preferably 7.5-20mm, is arranged in the middle area of the hot melt pressure sensitive adhesive layer between the composite core absorbent material and the wrapping layer.
Preferably, non-glued areas with the interval width of 1.25-5.0mm, preferably 1.25mm wide, are arranged at two side areas of the hot melt pressure sensitive adhesive layer between the absorbent material of the composite core and the wrapping layer.
Preferably, in the hot-melt pressure-sensitive adhesive layer between the absorbent layer and the liquid-impermeable back sheet, non-applied zones having a spacing width of 3 to 20mm, preferably 3.4 to 7.5mm, are provided.
Preferably, the liquid-tight bottom layer is formed by gluing a liquid-tight film and a bottom layer non-woven fabric through a hot-melt pressure-sensitive adhesive layer, and an un-glued area with the interval width of 1.25-5.0mm, preferably 1.25-3.4mm, is arranged in the hot-melt pressure-sensitive adhesive layer between the liquid-tight film and the bottom layer non-woven fabric.
Preferably, the absorbent article further comprises a closure assembly for holding the main body assembly on the wearer, the closure assembly comprising a waist tape type closure system for a diaper comprising a front waist tape/left and right waist tapes, or a pant type closure system for a pull-up pant comprising elastic side waist circumferences, wherein non-glued regions having a spacing width of 1.25 to 5.0mm are provided in the hot-melt pressure-sensitive adhesive layer between the inner and outer waist nonwoven fabrics and the liquid-impermeable back sheet of the pant type closure system, or between the front waist tape and the liquid-impermeable back sheet of the waist tape type closure system.
Preferably, in the hot-melt pressure-sensitive adhesive layer between the outer waist nonwoven and the inner waist nonwoven of the pant-type closure system, non-applied regions having an interval width of 3.0 to 25.0mm are provided.
The absorbing articles of the utility model, such as paper diapers, pull-ups, paper diapers, sanitary napkins, etc.
Hot melt pressure sensitive adhesive layer' S gluey structure have the polyline frictioning, the spiral spout glue, the omega type spouts to glue, the S type spouts to glue, the strip is glued, the CS type spouts glues etc..
The utility model has the advantages that: the utility model discloses be provided with the absorption articles for use in interval non-gluey district, two adjacent hot melt adhesive silk between have 1.25-20mm not gluey district, because this region does not have the hot melt pressure sensitive adhesive of hydrophobicity, make the imbibition speed of absorbing articles for use faster, also can reduce 15-40% gluey volume, simultaneously because this region material is not completely laminated together, make the whole of product feel obtain better promotion.
Drawings
Figure 1 is a cross-sectional view of a diaper provided with spaced, non-sized zones.
Fig. 2 is a schematic view of the hot melt adhesive filaments and the non-applied areas of the hot melt pressure sensitive adhesive layer.
Fig. 3 is a cross-sectional view of a pull-up pant provided with spaced, non-sized regions.
FIG. 4 is a schematic view of a hot melt adhesive filament for multi-line taping.
FIG. 5 is a schematic view of a spiral spray of hot melt adhesive filaments.
Fig. 6 is a schematic view of omega-type glue-sprayed hot melt adhesive filaments.
Fig. 7 is a schematic view of CS-type sprayed hot melt adhesive filaments.
In fig. 1: a1, liquid-tight lateral leakage-proof layer; a2, a liquid permeable top layer; a3, a flow guiding layer or a covering layer; a4, composite core absorption material; a5, an absorbent core wrapping layer; a6, built-in elastic waistline; a7, polyethylene film of liquid-tight bottom layer; a8, a liquid-impermeable bottom layer nonwoven fabric; a9, front waist patch; a10, left and right waist paster. H1, a hot melt pressure sensitive adhesive layer between the liquid permeable top layer and the flow guide layer or the covering layer; h2, a hot melt pressure sensitive adhesive layer between the liquid permeable composite top layer and the absorption layer; h3, a hot melt pressure sensitive adhesive layer between the composite core absorbing material and the wrapping layer; h4, a hot melt pressure sensitive adhesive layer between the absorption layer and the liquid-tight bottom layer; h5, a hot melt pressure sensitive adhesive layer between the built-in elastic waistline and the liquid-tight bottom layer; h6, a hot melt pressure sensitive adhesive layer between the polyethylene film of the liquid-tight bottom layer and the non-woven fabric of the liquid-tight bottom layer; h7, a hot melt pressure sensitive adhesive layer between the liquid-impermeable bottom layer and the front waist patch; h8, a hot melt pressure sensitive adhesive layer between the liquid-tight side leakage-proof layer and the liquid-tight bottom layer.
In fig. 7: b1, liquid-tight lateral leakage-proof layer; b2, liquid permeable top sheet; b3, a flow guiding layer or a covering layer; b4, composite core absorbent material; b5, absorbent core wrap layer; b6, polyethylene film of a liquid-impermeable back sheet; b7, pulling the inner waist non-woven fabric of the trousers; b8, outer waist circumference non-woven fabrics of the pull-up pants; b9, disposable patch. M1, a hot melt pressure sensitive adhesive layer between the liquid permeable top layer and the flow guide layer or the covering layer; m2, a hot melt pressure sensitive adhesive layer between the liquid permeable composite top layer and the absorption layer; m3, a hot melt pressure sensitive adhesive layer between the composite core absorbent material and the wrapping layer; m4, a hot melt pressure sensitive adhesive layer between the absorption layer and the liquid-tight bottom layer; m5, a hot melt pressure sensitive adhesive layer between the liquid-tight bottom layer and the waist inner layer non-woven fabric; m6, a hot melt pressure sensitive adhesive layer between the non-woven fabrics of the inner and outer waistlines of the pull-up pants; m7, folding the outer waist non-woven fabric of the pull-up diaper to the hot melt pressure sensitive adhesive layer between the inner waist non-woven fabrics.
Detailed Description
The technical solution of the present invention is further explained by the embodiment with reference to the drawings.
Example 1
As shown in figure 1, the absorbent article of this embodiment is a diaper, A1 is a liquid-impermeable side-leakage-proof layer; a2 is a liquid permeable top layer; a3 is a flow guiding layer or a covering layer; a4 is a mixed absorbent material of fluff pulp and super absorbent resin; a5 is an absorbent core wrapping layer; a6 is a built-in elastic waistline; a7 is a polyethylene film of a liquid-tight bottom layer; a8 is a liquid-impermeable bottom layer nonwoven fabric; a9 is front waist patch; a10 is left and right waist paster. The layers are synthesized and molded through hot melt pressure sensitive adhesive layers.
The structure of the paper diaper of the embodiment is characterized in that the hot melt pressure sensitive adhesive layer is provided with non-glued areas which are 1.25-20mm in width and distributed at intervals. In a preferred embodiment, as shown in fig. 2, the hot melt pressure sensitive adhesive layer is composed of a plurality of hot melt adhesive filaments 90, and in the hot melt pressure sensitive adhesive layer, 1 to 4 hot melt adhesive filaments 90 with a width of 4 to 6mm are arranged in each glue spraying unit 70 with a width of 25 mm; an un-glued area with the interval width 80 of 1.25-20mm is arranged between every two adjacent hot melt adhesive filaments 90.
The non-gluing area of this embodiment can be set up in the hot melt pressure sensitive adhesive layer between a certain two-layer structure layer, also can set up in the hot melt pressure sensitive adhesive layer between all structure layers simultaneously, if:
in the hot melt pressure sensitive adhesive layer H1 between the liquid permeable top layer A2 and the flow guide layer or the covering layer A3, a spaced non-adhesive area of 1.25-3.4mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H2 between the liquid permeable composite top layer A2/A3 and the absorption layer A4/A5, a spacing type non-gluing area of 3.4-7.5mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H3-1 positioned in the middle area between the absorbent material A4 of the composite core and the wrapping layer A5, a spacing type non-gluing area of 7.5-20.0mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H3-2 positioned at the two side areas between the absorbent material A4 of the composite core and the wrapping layer A5, a spaced non-adhesive area of 1.25-3.4mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H4 between the absorbent layer A4/A5 and the liquid impermeable back sheet A6/A7, a spaced non-applied adhesive region of 3.4-7.5mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H6 between the polyethylene film A7 of the liquid-tight bottom layer and the non-woven fabric A8 of the liquid-tight bottom layer, a spaced non-gluing area with the thickness of 1.25-3.4mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H7 between the liquid-tight bottom non-woven fabric A8 and the front waist patch A9, a spaced non-gluing area with the thickness of 1.25-3.4mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer H8 between the liquid-tight side leakage-proof layer A1 and the liquid-tight bottom non-woven fabric A8, a 1.25-7.5mm interval non-glue-applying area is arranged between every two adjacent hot melt adhesive filaments.
Example 2
As shown in figure 2 and figure 3, the absorbent article of the present embodiment is a pull-up diaper, and B1 is a liquid impermeable side leakage preventing layer; b2 is a liquid permeable top layer; b3 is a flow guiding layer or a covering layer; b4 is a composite core absorbent material; b5 is an absorbent core wrap layer; b6 is a polyethylene film of a liquid-tight bottom layer; b7 is the non-woven fabric of the inner waist of the pull-up diaper; b8 is a non-woven fabric for the outer waist circumference of the pull-up diaper; b9 is a disposable patch. The layers are synthesized and molded through hot melt pressure sensitive adhesive layers.
The structure of the paper diaper of the embodiment is characterized in that the hot melt pressure sensitive adhesive layer is provided with non-glued areas which are 1.25-20mm in width and distributed at intervals. In a preferred embodiment, as shown in fig. 2, the hot melt pressure sensitive adhesive layer is composed of a plurality of hot melt adhesive filaments 90, and in the hot melt pressure sensitive adhesive layer, 1 to 4 hot melt adhesive filaments 90 with a width of 4 to 6mm are arranged in each glue spraying unit 70 with a width of 25 mm; an un-glued area with the interval width 80 of 1.25-20mm is arranged between every two adjacent hot melt adhesive filaments 90.
The non-gluing area of this embodiment can be set up in the hot melt pressure sensitive adhesive layer between a certain two-layer structure layer, also can set up in the hot melt pressure sensitive adhesive layer between all structure layers simultaneously, if:
in the hot melt pressure sensitive adhesive layer M1 between the liquid permeable top layer B2 and the flow guide layer or the covering layer B3, a spaced non-adhesive area of 1.25-3.4mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M2 between the liquid permeable composite top layer B2/B3 and the absorption layer B4/B5, a spacing type non-adhesive application area of 3.4-7.5mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M3-1 positioned in the middle area between the absorbent material B4 of the composite core and the wrapping layer B5, a spaced non-gluing area of 7.5-20.0mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M3-2 positioned at the two side areas between the absorbent material B4 of the composite core and the wrapping layer B5, a spaced non-adhesive area of 1.25-3.4mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M4 between the absorption layer B4/B5 and the liquid-impermeable back layer B6, a spacing type non-adhesive area of 3.4-7.5mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M5 between the liquid-tight bottom layer B6 and the waistline inner layer non-woven fabric B7, a spacing non-adhesive area of 3.4-7.5mm is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M6 between the inner non-woven fabric B7 of the pull-up diaper waist and the outer non-woven fabric B8 of the pull-up diaper waist, a 1.25-3.4mm interval type non-glue application area is arranged between every two adjacent hot melt adhesive filaments.
In the hot melt pressure sensitive adhesive layer M7 between the folding covering areas of the outer layer non-woven fabric B8 of the pull-up diaper waist circumference to the inner layer non-woven fabric B7 of the pull-up diaper waist circumference, an interval type non-gluing area of 3.4-7.5mm is arranged between every two adjacent hot melt adhesive filaments.
Example 3
This embodiment provides a more preferable shape of the hot melt adhesive filament of embodiment 1 or embodiment 2. As shown in fig. 4, 5, 6 and 7, the hot melt adhesive filaments of embodiment 1 or 2 can be multi-line glue spreading, small spiral glue spraying, omega glue spraying, CS glue spraying, melt-blown glue spraying or S-type glue spraying.
The technical principle of the present invention is described above with reference to specific embodiments. The description is made for the purpose of illustrating the principles of the present invention and should not be construed in any way as limiting the scope of the invention. Based on the explanation here, those skilled in the art can imagine other embodiments of the present invention without creative efforts, and all absorbent articles related to the spaced non-glue-applying region will fall within the protection scope of the present invention.
Claims (13)
1. The utility model provides an absorption articles for use that are provided with interval formula zone of not gluing, absorption articles for use include liquidity top layer, water conservancy diversion layer or overburden, liquid-tight nature side leak protection layer and liquid-tight nature bottom to and form by compound core absorbent material and parcel layer complex, and set up the absorbed layer between liquidity top layer and liquid-tight nature bottom, connect as an organic wholely through hot melt pressure sensitive adhesive layer between each layer, its characterized in that: and non-gluing areas which are 1.25-20mm in width and distributed at intervals are arranged in the hot-melt pressure-sensitive adhesive layer.
2. An absorbent article provided with spaced non-sized regions according to claim 1 wherein: the hot-melt pressure-sensitive adhesive layer is composed of a plurality of hot-melt adhesive filaments, and an un-applied adhesive area with the interval width of 1.25-20mm is arranged between every two adjacent hot-melt adhesive filaments.
3. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: in the hot melt pressure sensitive adhesive layer, 1-4 hot melt adhesive filaments with the width of 4-6mm are arranged in each glue spraying unit with the width of 25 mm.
4. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: in the hot melt pressure sensitive adhesive layer, 1-4 hot melt adhesive filaments with the width of 4-6mm are arranged in each glue spraying unit with the width of 30 mm.
5. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: and an un-rubberized area with the interval width of 3.0-10mm is arranged in the hot melt pressure sensitive adhesive layer between the flow guide layer and the absorption layer or between the covering layer and the absorption layer.
6. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: and an un-rubberized area with the interval width of 1.25-10mm is arranged in the hot-melt pressure-sensitive adhesive layer between the liquid-tight side leakage preventing layer and the liquid-tight bottom layer.
7. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: and the non-gluing area with the interval width of 7.5-100mm is arranged in the middle area of the hot melt pressure sensitive adhesive layer between the composite core body absorption material and the wrapping layer.
8. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: and non-gluing areas with the interval width of 1.25-5.0mm are arranged on two side areas of the hot melt pressure sensitive adhesive layer between the composite core body absorption material and the wrapping layer.
9. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: and an un-rubberized area with the interval width of 3-20mm is arranged in the hot melt pressure sensitive adhesive layer between the absorption layer and the liquid-tight bottom layer.
10. An absorbent article provided with spaced non-sized regions according to claim 2 wherein: the liquid-tight bottom layer is formed by gluing a liquid-tight film and a bottom non-woven fabric through a hot-melt pressure-sensitive adhesive layer, and a non-gluing area with the interval width of 1.25-5.0mm is arranged in the hot-melt pressure-sensitive adhesive layer between the liquid-tight film and the bottom non-woven fabric.
11. An absorbent article having spaced, unapplied regions according to any one of claims 1-10, wherein: the absorption article also comprises a closing component used for keeping the main body component on the body of a wearer, wherein the closing component comprises a waist tape type closing system for the paper diaper consisting of a front waist tape/a left waist tape and a right waist tape or a pant type closing system for the pull-up diaper formed by encircling elastic side waistlines, and non-glue applying areas with the interval width of 1.25-5.0mm are arranged between inner and outer waistline non-woven fabrics and a liquid-tight bottom layer of the pant type closing system or in a hot melt pressure sensitive glue layer between the front waist tape and the liquid-tight bottom layer of the waist tape type closing system.
12. An absorbent article provided with spaced non-sized regions according to claim 11 wherein: in the hot melt pressure sensitive adhesive layer between the outer waist non-woven fabric and the inner waist non-woven fabric of the pants-type closure system, non-applied adhesive regions with an interval width of 3.0-25.0mm are provided.
13. An absorbent article having spaced, unapplied regions according to any of claims 2-10, 12, wherein: the shape of the hot melt adhesive wire is multi-line glue scraping, spiral glue spraying, omega glue spraying, S glue spraying, strip glue or CS glue spraying.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920046263.4U CN210096100U (en) | 2019-01-11 | 2019-01-11 | Absorption article provided with spaced non-gluing areas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920046263.4U CN210096100U (en) | 2019-01-11 | 2019-01-11 | Absorption article provided with spaced non-gluing areas |
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| Publication Number | Publication Date |
|---|---|
| CN210096100U true CN210096100U (en) | 2020-02-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920046263.4U Active CN210096100U (en) | 2019-01-11 | 2019-01-11 | Absorption article provided with spaced non-gluing areas |
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| Country | Link |
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| CN (1) | CN210096100U (en) |
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- 2019-01-11 CN CN201920046263.4U patent/CN210096100U/en active Active
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