CN205094805U - Disposable hydroscopic substance - Google Patents

Abstract

The utility model relates to a disposable hygroscopic article, which comprises a hygroscopic main body and buckle joints respectively arranged at both ends of the hygroscopic main body. The hygroscopic main body includes an outer surface layer and an inner flannelette layer, on which at least 2 pockets for accommodating the moisture-absorbing pack, each pocket is arranged along the length direction of the inner flannelette layer, the pocket is provided with a moisture-absorbing pack, and the outer edge of the moisture-absorbing pack is detachably connected to the outer edge of the pocket via Velcro. The traditional integral moisture-absorbing main body is transformed into multiple moisture-absorbing bags, which are distributed in different parts of the absorbent, and can be set for the stool part and the urination part, so that the absorbent bags can be replaced separately for the urine and stool of the absorbent, reducing the Use costs, from the utilization of unused resources of the absorbent.

Description

Disposable absorbent

technical field

The utility model relates to a disposable moisture absorbent.

Background technique

In the existing known disposable absorbent articles, such as baby diapers and adult diapers, the water-absorbing part (mainly water-absorbing particles) is directly arranged in the interlayer of the diaper and distributed throughout the main part of the moisture-absorbing body. During the process, the amount of urination is greater than the amount of stool. Generally, after a few times of urination, the diapers have to be replaced due to the swelling of the urination part. The whole diaper can only be replaced together, causing a certain amount of waste.

Utility model content

In view of the above problems, the utility model proposes a disposable hygroscopic material, which solves the defect that the conventional hygroscopic material cannot be economically used.

In order to solve this technical problem, the utility model adopts the following scheme: a disposable hygroscopic article, including a hygroscopic body and snap connection parts respectively arranged at both ends of the hygroscopic body, the hygroscopic body includes an outer surface layer and an inner flannel layer, The inner flannel layer is provided with at least two pockets for accommodating moisture-absorbing packs, and each pocket is arranged along the length direction of the inner flannel layer, and a moisture-absorbing pack is arranged in the pockets, and the outer edge of the moisture-absorbing pack is connected to the outer edge of the pocket. Detachable connection via Velcro.

Further, the moisture-absorbing bag is composed of the contact surface layer, the permeable layer, the carbon fiber removal layer and the leak-proof bottom layer stacked together from top to bottom, and the contact surface layer, the permeable layer, the carbon fiber removal layer and the leak-proof bottom layer are compressed around And form a circle of connecting end edges, some water-absorbing particles are arranged between the carbon fiber layer and the leak-proof bottom layer, the bottom of the connecting end edge is provided with a Velcro master tape, and the outside of the bag hole is provided with a Velcro male tape .

Further, the contact surface layer is woven from physical antibacterial fibers and ES fibers, and every 100 strands of the contact surface layer contains 15-25 strands of physical antibacterial fibers and 75-85 strands of ES fibers.

Further, every 100 strands of the contact surface layer contains 20 strands of physical antibacterial fibers and 80 strands of ES fibers.

Further, the permeable layer is made of pure cotton dry material.

Further, the leak-proof bottom layer is made of a breathable composite film.

Further, the number of said bag holes is 2 or 3.

Further, the outer surface layer is non-woven fabric.

By adopting the aforementioned technical solution, the beneficial effect of the utility model is that the traditional monolithic moisture-absorbing main body is changed into a plurality of moisture-absorbing bags, which are distributed in different parts of the moisture-absorbing material, and can be respectively set for the defecating part and the urinating part, so that The hygroscopic bag can be replaced separately for urine and stool of the hygroscopic material, the use cost can be reduced, and unused resources of the hygroscopic material can be fully utilized.

The hygroscopic bag is detachably connected with the inner flannel layer through Velcro, which facilitates the installation and removal of the hygroscopic bag.

In the hygroscopic bag: the physical antibacterial fiber has good instant water absorption, strong wear resistance and good dyeability, and at the same time has natural antibacterial, antibacterial, anti-mite, deodorizing and anti-ultraviolet functions. In addition, physical antibacterial The fiber also has far-infrared properties and can generate negative ions. Its microporous structure has strong adsorption properties. Therefore, the contact surface layer containing physical antibacterial fibers can be directly attached to the baby, which can prevent the baby's red buttocks and play a role in preventing Allergic, antibacterial and antipruritic effects; the bamboo charcoal fiber layer can keep the baby's buttocks dry, and at the same time has antibacterial and antibacterial functions.

Description of drawings

Fig. 1 is the structural representation of the utility model hygroscopic article;

Fig. 2 is a cross-sectional view of the moisture-absorbing body with the moisture-absorbing pack installed;

Fig. 3 is a schematic diagram of a moisture-absorbing pack;

Among them, 1. Hygroscopic main body, 2. Hygroscopic bag, 11. Outer surface layer, 12. Inner fleece layer, 21. Contact surface layer, 22. Permeable layer, 23. Carbon fiber removal layer, 24. Leak-proof bottom layer, 25. Water absorption Particles, 3, Velcro master tape.

detailed description

The utility model is further described now in conjunction with accompanying drawing and specific embodiment.

Referring to Figures 1 to 3, this embodiment discloses a disposable hygroscopic article, which includes a hygroscopic main body 1 and snap connection parts respectively arranged at both ends of the hygroscopic main body 1, and the hygroscopic main body 1 includes an outer surface layer 11 and an inner fleece layer 12. The outer surface layer 11 is a non-woven fabric. The inner flannel layer 12 is provided with at least 2 pockets for accommodating the moisture-absorbing pack 2, preferably 2 pockets in this embodiment, and each pocket is arranged along the length direction of the inner flannel layer 12, and a moisture-absorbing pack 2 is arranged in the pocket. There are two moisture-absorbing packs 2, which are arranged in corresponding bag holes, and the outside of the moisture-absorbing pack 2 and the outside of the pack holes are detachably connected by Velcro.

The moisture-absorbing bag 2 consists of a contact surface layer 21, a permeable layer 22, a carbon fiber removal layer 23 and a leak-proof bottom layer 24 stacked together from top to bottom. The four sides of the connection end are compressed and form a circle of connection end edges, except that some water-absorbing particles 25 are arranged between the carbon fiber layer 23 and the leak-proof bottom layer 24, the bottom of the connection end edge is provided with a Velcro master tape 3, and a Velcro tape is arranged outside the hole. public belt. The Velcro master tape 3 is arranged on the lower edge of the leak-proof bottom layer 24. When the moisture-absorbing bag 2 is installed, the leak-proof bottom layer 24 is in contact with the inner surface of the outer surface layer 11.

The contact surface layer 21 is woven from physical antibacterial fibers and ES fibers, and every 100 strands of contact surface layer 21 contains 15-25 strands of physical antibacterial fibers and 75-85 strands of ES fibers. Every 100 strands of the contact surface layer 21 contains 20 strands of physical antibacterial fibers and 80 strands of ES fibers.

The permeable layer 22 is made of pure cotton dry material. The leak-proof bottom layer 24 is made of a breathable composite film.

The number of bag holes can also be 3, and the number is selected according to different consumer groups.

With the hygroscopic article of the present utility model, when urinating on the hygroscopic article without defecation, the hygroscopic bag 2 at the place where you urinate can be replaced separately, and then continue to be used; the hygroscopic bag 2 at the place where you defecate can also be replaced separately after there is excrement; That is to defecate and urinate, you can choose to replace the hygroscopic bag 2 or replace the whole hygroscopic article. Therefore, compared with the traditional hygroscopic article, the hygroscopic bag 2 of the utility model is more economical.

The above records are only examples of using the technical content of this creation. Any modifications and changes made by those who are familiar with this art using this creation belong to the scope of patents claimed by this creation, and are not limited to those disclosed in the examples.

Claims (8)

1. A disposable hygroscopic article, characterized in that it comprises a hygroscopic main body (1) and snap connection parts respectively arranged at both ends of the hygroscopic main body (1), and the hygroscopic main body (1) includes an outer surface layer (11) and the inner flannel layer (12), the inner flannel layer (12) is provided with at least 2 bag holes for accommodating the moisture-absorbing bag (2), each bag hole is arranged along the length direction of the inner flannel layer (12), and the A moisture-absorbing bag (2) is arranged inside the bag hole, and the outside of the moisture-absorbing bag (2) is detachably connected to the outside of the bag hole through Velcro. 2. The disposable hygroscopic article according to claim 1, characterized in that, the contact surface layer (21), permeable layer (22), carbon fiber removal layer ( 23) and the leak-proof bottom layer (24), the surroundings of the contact surface layer (21), the permeable layer (22), the carbon fiber layer (23) and the leak-proof bottom layer (24) are compressed and form a circle of connection end edges, A number of water-absorbing particles (25) are arranged between the carbon fiber removal layer (23) and the leak-proof bottom layer (24), the Velcro master tape (3) is arranged on the bottom of the connecting end, and the outside of the hole is arranged Magic straps. 3. The disposable hygroscopic article according to claim 2, characterized in that, the contact surface layer (21) is woven from physical antibacterial fibers and ES fibers, and each 100 strands of contact surface layer (21) contains 15- 25 strands of physical antibacterial fibers and 75-85 strands of ES fibers. 4. The disposable hygroscopic article according to claim 3, characterized in that every 100 strands of the contact surface layer (21) contains 20 strands of physical antibacterial fibers and 80 strands of ES fibers. 5. The disposable hygroscopic article according to claim 2, characterized in that, the permeable layer (22) is made of pure cotton dry material. 6. The disposable hygroscopic article according to claim 2, characterized in that, said leak-proof bottom layer (24) is made of a breathable composite film. 7. The disposable hygroscopic article according to claim 1, characterized in that, the number of said pockets is 2 or 3. 8. The disposable hygroscopic article according to claim 1, characterized in that, said outer surface layer (11) is non-woven fabric.