CN205569180U - Nursing pad, pad and cartridge bag of medicine are applyed to orientation - Google Patents

Abstract

The utility model provides a nursing pad for directional application of medicine, which is composed of the following layers from top to bottom: a surface layer, which has a first surface and a second surface. When in use, the first surface is close to the human body; A bag, which has a covering layer and a drug powder covered by it and an absorbing layer. The drug powder is closer to the second surface of the surface layer than the absorbing layer. When in use, the drug powder is applied to the human body through the covering layer and the surface layer; moisture barrier The bottom layer is combined with the side of the drug directional application pack close to the absorbent layer; the positioning layer is combined with the moisture-proof bottom layer for positioning during use; the positioning protection layer is combined with the positioning layer for the protection of the positioning layer before positioning . The utility model also provides a pad with a medicine bag and a medicine bag. The utility model provides a product which is easy to use, has little side effects, and can realize directional administration outside the body, and meets the needs of consumers.

Description

Nursing pads, pads and packs for targeted drug application

technical field

The utility model relates to the field of nursing pads, in particular to a nursing pad for directional application of medicines, and also relates to a pad with similar functions and a medicine bag therein.

Background technique

According to the records and surveys of major hospitals and clinics, the gynecological diseases with higher prevalence among Chinese women are: mammary gland hyperplasia, vaginitis, cervicitis, cervical erosion, uterine fibroids, cervical polyps, and pelvic cysts. fluid, ovarian cysts. From the perspective of patients with gynecological diseases in different age groups, 31-50 years old is the high incidence period of gynecological diseases, and the prevalence rate is as high as 86.6%. The 31-50 age group is the golden age of women's work, the incidence of various gynecological diseases remains high, and various problems of the reproductive system have long become major issues affecting women's health and quality of life. Studies have found that the toxins trapped in the female reproductive system will destroy the defense function of the female reproductive system, causing recurrent gynecological diseases, lowering the quality of sexual life, and even damaging the ovaries or other reproductive organs, causing premature aging of female friends, and bringing serious harm to work and life. A lot of inconvenience came.

Currently, the products for treating gynecological diseases on the market are divided into internal use and external use according to the method of use.

Oral drugs are used by consumers orally. After being absorbed by the human body, the internal drugs are delivered to the consumer's reproductive system through the blood to achieve the purpose of curing diseases. It takes a certain period of time for consumers to take gynecological medicines before their properties can take effect. The medicines take a short time to work, have relatively large side effects, and cause damage to other organs of the human body. Due to some objective reasons, doctors will allow consumers to use antibiotics and other drugs that should not be used, which has caused great harm to consumers' physical and mental health.

Most of the medicines for external use are lotions, suppositories, and gels. The drug effect time of the lotion is short, and it is very inconvenient to use, and it can only be carried out under certain specific conditions. Suppositories and gels are directly implanted into girls' vaginas. Although this way of administering medicines has quick results, the medicine itself directly breaks the acid-base balance of women's vaginas, making women more susceptible to secondary infections. These drugs cannot be completely absorbed by the human body, and a considerable part remains in the human body, which will eventually cause great harm to the human body. Some residual drugs can also be excreted from the body, which can easily stain consumers' clothes. At the same time, the use of suppositories and gel implanted drugs will also have a great impact on consumers' lives.

A targeted drug delivery product that is easy to use and has few side effects is expected by consumers.

Utility model content

In one aspect, in order to solve the problem of female friends suffering from gynecological diseases, the utility model provides a nursing pad for directional drug application, which not only can realize directional drug application, but also is convenient to use and has few side effects.

In order to achieve the aforementioned purpose, the main technical solutions provided by the utility model include:

A nursing pad for directional application of medicine, which is composed of the following layers from top to bottom:

Surface layer, which has a first side and a second side, when in use, the first side is close to the human body (skin or mucous membrane);

Drug directional application drug pack, which has a coating layer and a drug powder covered by it and an absorption layer, the drug powder is closer to the second surface of the surface layer than the absorption layer, during use, the drug powder passes through the coating layer and the surface layer Directional application to human body;

A moisture-barrier bottom layer, combined with the side of the drug-directed application pack close to the absorbent layer;

The positioning layer is combined with the moisture-proof bottom layer for positioning during use;

The positioning protective layer, combined with the positioning layer, is used to protect the positioning layer before positioning.

The nursing pad with the above structure enables the user to directly apply the medicine to the predetermined position by using the nursing pad. Since the nursing pad itself of the utility model has the advantages of being convenient to use, basically unlimited in use timing, basically unlimited in user's physical activity, basically unlimited in user's physiological cycle, etc. The medicine does not affect the user's physical activity and daily life, and achieves the effect of long-term administration according to the expected plan. In particular, the medicinal powder itself has a dry characteristic. For the application site, it is often desired by the user to keep it dry, and maintaining a dry medication environment has the effect of improving the efficacy of the drug.

The above-mentioned nursing pad can be a feminine hygiene nursing pad, which can be used by adhering to the clothes of the consumer to directly apply the medicine to the user's perineal points, skin and mucous membranes of the perineum, capillaries, etc. Quickly enter the female reproductive system, and then exert the efficacy of the drug. For example, it has the effects of inhibiting and killing pathogenic microorganisms, promoting blood circulation and removing stasis, removing putrefaction and promoting muscle growth. For example, the toxins and tissues retained in the reproductive system are stripped away, and the toxins are continuously excreted by promoting the strong contraction of the smooth muscles of the vagina and uterus, so as to clean the interior of the reproductive system, promote the repair of damaged mucosa, restore natural defense functions and Normal functioning of the reproductive system. It solves the deficiency of the built-in medicine for gynecological diseases, not only has quick effect, but also is convenient to use, has no side effects, can be used at any time, and is also very convenient to replace. Especially without entering the human body to apply medicine, it can also have a good curative effect, avoiding secondary infection of consumers and many inconveniences brought to consumers by using built-in medicines.

In one embodiment of the nursing pad for directional application of medicine, the surface layer is made of knitted pure cotton cloth, which makes the user feel comfortable and facilitates the efficacy of the medicine. For example, the surface layer can be basically attached to the human body where the medicine is applied You will not feel uncomfortable, and the surface layer can be designed to be more in line with the ergonomic shape of the human body. In addition, the drug powder is applied to the surface layer through the drug bag, and then applied to the human body through the surface layer, so that the surface layer that is basically attached to the human body can avoid drug powder Reverse osmosis back to the medicine bag, that is to say, the cotton material can not only make the user feel comfortable, but also can absorb the medicine powder and keep it on the side close to the surface of the human body without leaking.

In one embodiment of the nursing pad for directional application of medicines, the covering layer is made of non-woven fabric, which makes the production of the medicine pack easier, and especially facilitates processes such as hot pressing and gluing to achieve better results, so that its The structure is stable and convenient for mass production.

In one embodiment of the nursing pad for directional application of medicine, the surface layer is made of knitted pure cotton cloth, and the covering layer is made of non-woven fabric, which makes the user feel comfortable and is conducive to the exertion of the medicine effect, and at the same time makes the medicine pack The production is easier, especially conducive to hot pressing, gluing and other processes to achieve better results, making its structure stable and convenient for mass production. In particular, the combined use of the two is more conducive to the regulation of the directional application of the drug. for better efficacy.

In one embodiment of the nursing pad for directional drug application, the peripheral edge of the surface layer is connected to the peripheral edge of the moisture-insulating bottom layer, so that the drug package for directional drug application is completely sealed and wrapped by the surface layer and the moisture-proof bottom layer.

In one embodiment of the nursing pad for directional application of medicines, the front and back of the medicine package are sealed to prevent the precipitation of the medicine powder from the front and back. This structure can make the medicine powder in a basically sealed space through the cooperation with the human body, so that the medicine powder does not It will be precipitated from other directions than the predetermined direction, which ensures the safety and reliability of the product. For example, when used as a sanitary pad for women, since the left and right legs will restrict the left and right sides of the pad, the left and right sides may not be deliberately sealed, that is, the powder can be kept in a basically sealed environment through the cooperation of the pad and the human body. Space, more convenient for the production and processing of nursing pads, especially more convenient for mass production. For example, it can be prefabricated into long strips, then cut into several units and sealed at the cutting position, that is, the front and rear sides of the drug pack can be sealed by sealing the cutting position, which is very convenient for mass production.

In one embodiment of the nursing pad for directionally applying medicine, a seal is formed between the side of the absorbent layer away from the drug powder and the coating layer to prevent the drug powder from separating out, which can prevent the drug powder from separating out from the side of the absorbent layer, and more It is convenient for production, especially so that the medicine pack can be processed separately and then integrated into a nursing pad. In addition, the absorbent layer can also absorb a certain amount of human body secretions.

In one embodiment of the nursing pad for directional application of medicines, when the absorbent layer is in a normal state, air is stored therein, and when squeezed, the extruded air will entrain the medicine powder and pass through the coating layer and the surface layer, further promoting The directional application of the drug can especially enhance the precipitation of the drug, enhance the effect of the directional application of the drug, and improve the air permeability of the application site. In particular, this structural design is more conducive to use in daily life, especially During physical activities, better results can be obtained from unintentional collisions, extrusions, distortions, etc. of the nursing pad.

In one embodiment of the nursing pad for directional application of medicines, the absorbent layer is dust-free paper, preferably fluffy dust-free paper.

On the other hand, in order to solve the problem of directional drug application, the utility model provides a pad, which uses an independent directional drug application system, so as to facilitate the directional drug application to users.

In order to achieve the aforementioned purpose, the main technical solutions provided by the utility model include:

A pad, which includes a medicine bag, the medicine bag includes a covering layer and a drug powder covered by it, and an absorption layer, wherein: the absorption layer has a first surface and a second surface, the medicine powder is arranged on the first surface of the absorption layer, and the The covering layer covers the whole or part of the second surface of the drug powder and the absorbing layer, and the drug powder escapes from the drug bag through the covering layer from the side away from the absorbing layer.

By setting the drug bag, and the drug powder in it can escape from the drug bag through the coating layer from the side far away from the absorbing layer, so that this kind of pad structure can apply the drug powder to the predetermined position in a direction, and the drug application method in the form of a pad body , so that users can basically use it anytime and anywhere, and achieve the effect of applying medicine according to the expected plan for a long time. In particular, the powder itself has a dry characteristic. For the application site, it is often expected by the user to keep it dry, and Keeping a dry medication environment has the effect of improving drug efficacy. In addition, the absorbing layer can also absorb a certain amount of human body secretions, so that it can also be applied to parts with secretions. Moreover, the absorption of secretions by the absorbing layer can further improve It is conducive to maintaining the sanitation of the application site and avoiding adverse effects on the efficacy of the drug.

In one embodiment of the pad, when the absorbent layer is in a normal state, air is stored therein, and when squeezed, the extruded air entrains the drug powder through the coating layer, and this structure can further facilitate the directional application of the drug, In particular, it can enhance the precipitation of drugs, enhance the effect of directional application of drugs, and improve the air permeability of the application site. In particular, this structural design is more conducive to use in daily life, especially during physical activities. A better effect can be obtained on accidental collision, extrusion, twisting and deformation of the nursing pad, and more preferably, this kind of pad can also be applied to active parts of the human body or adjacent active parts.

In one embodiment of the pad, it also has any one or more of the following layers:

The surface layer is located on the side of the medicine bag close to the medicine powder;

Moisture-proof bottom layer, located on the side of the drug pack close to the absorbent layer;

The positioning layer is arranged on the side of the medicine pack close to the absorbing layer or on the side of the moisture-proof bottom layer away from the medicine pack.

In one embodiment of the pad, when the positioning layer is provided, it also has a positioning protective layer, which is combined with the side of the positioning layer away from the moisture barrier bottom layer or the drug pack.

By using the settings of the above functional layers, specific effects can be obtained, making it suitable for various occasions and requirements.

In another aspect, in order to solve the production and use problems of directional pesticide application products, the utility model provides a drug pack, which is convenient for the production and use of directional pesticide application products.

In order to achieve the aforementioned purpose, the main technical solutions provided by the utility model include:

A drug pack, which includes a covering layer and a drug covered by it and an absorbing layer, wherein:

The absorbent layer has a first surface and a second surface, the drug is arranged on the first surface of the absorbent layer, and the covering layer covers the drug and all or part of the second surface of the absorbent layer. When the absorbent layer is in a normal state, air is stored therein. When squeezed, the force of the extruded air flow provides reinforcement or constitutes the driving force for the drug to pass through the coating to the outside of the drug pack.

This kind of drug package structure can directionally apply medicine to predetermined parts, and the setting of the absorbing layer can not only absorb such as human body secretions, etc., but also can further promote the directional application of medicine, especially can play a role in strengthening the precipitation and strengthening of medicine. The directional application effect of the drug and the better air permeability of the application site. In particular, this structural design is more conducive to use in daily life, especially during physical activities. Distortion, deformation, etc., can obtain better effects, and more preferably, this kind of drug pack can also be applied to active parts of the human body or adjacent to active parts.

In one embodiment of the drug pack, the drug is separated out of the drug pack through the coating layer from the side away from the absorbing layer, so as to facilitate the directional application of the drug.

In one embodiment of the medicine pack, the front and back of the medicine pack are sealed to prevent the medicine from being separated out from the front and back. The sealing process can be glued, preferably hot-press glued.

In one embodiment of the drug pack, a seal is formed between the side of the absorbing layer away from the drug and the covering layer to prevent the drug from leaching out. The sealing may be glued, preferably thermocompression glued.

In one embodiment of the medicine pack, the medicine is medicine powder, so as to further keep the application site dry and improve the efficacy of the medicine.

In an embodiment of the drug pack, the drug may be a volatile drug, and the gas flow provided by the absorbing layer is used to place the drug application site in an environment of a drug gas bath to obtain a better effect of drug penetration.

In one embodiment of the medicine pack, the covering layer is non-woven fabric.

In one embodiment of the medicine pack, the medicine is medicine powder, and the covering layer is non-woven fabric.

In one embodiment of the drug pack, the absorbent layer is dust-free paper, preferably fluffy dust-free paper.

Description of drawings

Fig. 1 is the exploded schematic view of the lamination structure of the nursing pad of an embodiment of the present invention;

Fig. 2 is the structural representation of the medicine bag in the nursing pad of an embodiment of the present utility model (front and rear sides sealing treatment);

Fig. 3 is the structural representation of the pad of an embodiment of the present utility model (viewed from the surface layer side);

Fig. 4 is the structural representation of the pad of an embodiment of the present utility model (viewed from the positioning layer side);

Fig. 5 is a schematic diagram of the shape and structure of a pad according to an embodiment of the present invention;

Fig. 6 is a schematic structural view of the drug pack in the pad of an embodiment of the present invention (all the periphery is sealed);

Fig. 7 is a schematic diagram of the shape and structure of a pad (hemorrhoid pad) according to an embodiment of the present invention;

Fig. 8 is a schematic diagram of the shape and structure of a pad (hemorrhoid pad) according to an embodiment of the present invention.

[Description of Reference Signs]

1. Surface layer; 2. Drug package; 21. Coating layer; 22. Drugs; 23. Absorbing layer; 24. Sealing treatment area; 3. Moisture-proof bottom layer; 4. Positioning layer; 41. Rubber strip; 5. Positioning protection 6. Sealed area.

detailed description

In order to better explain the utility model and facilitate understanding, the utility model will be described in detail below through specific embodiments in conjunction with the accompanying drawings.

Referring to Fig. 1, the nursing pad for directional application of medicine according to an embodiment of the present invention is composed of the following layers stacked in sequence:

The surface layer 1 has a first surface and a second surface, and the first surface is close to the human body during use;

Drug directional application drug pack 2, which has a coating layer 21, a drug powder 22 coated by it, and an absorption layer 23. Compared with the absorption layer 23, the drug powder 22 is closer to the second surface of the surface layer 1. When in use, the drug powder 22 passes through the Directional application of the cover 21 and the cover 1 to the human body;

The moisture barrier bottom layer 3 is combined with the side of the drug pack 2 close to the absorbent layer 23 for directional application;

The positioning layer 4 is combined with the moisture-proof bottom layer 3 for positioning during use;

The positioning protection layer 5, combined with the positioning layer 4, is used to protect the positioning layer 4 before positioning.

Wherein, the surface layer 1 adopts knitted pure cotton cloth.

Wherein, the covering layer 21 adopts non-woven fabric.

Wherein, the absorbing layer 23 is dust-free paper.

Wherein, the positioning layer 4 is a self-adhesive layer.

Wherein, the positioning protection layer 5 is a release paper.

Wherein, the making of drug directional application drug pack 2 comprises the following steps: sprinkle the drug powder 22 on the upper surface of the absorbing layer 23, utilize the coating layer 21 to cover the absorbing layer 23 sprinkled with the drug powder 22, and wrap the absorbing layer 23 The lower surface is glued to the cladding layer 21 .

Wherein, the covering layer 21 can completely cover the lower surface of the absorbent layer 23 in the lower surface of the absorbent layer 23 in a butt joint or overlapping manner, or partially cover the lower surface of the absorbent layer 23, as in the lower surface of the absorbent layer 23. A gap is exposed in the middle of the lower surface (as shown in Figure 1).

During use, after the positioning protective layer 5 can be removed, the positioning layer 4 can be used to paste and fix it on the clothes without moving, which is convenient to use and can ensure the effect of directional application.

The nursing pad for directional application of medicine of the utility model can control the direction of medicine application to ensure that the medicine can be quickly and accurately applied to specific parts of the user and absorbed by the human body. It is also possible to control a certain dose of medicine to be applied to the user's body, ensuring a reliable therapeutic effect. A health-friendly, safe, easy-to-use, and reliable drug nursing pad product is provided for users.

Referring to Fig. 2, the nursing pad of an embodiment of the present utility model, the front and back of its medicine bag 2 have carried out sealing treatment, form the sealing treatment area 24, have blocked the front and back of medicine powder 22 and separate out (refer to before and after the two are set relatively, preferably refers to the front and rear of the human body). Combined with the drug powder 22 in the drug pack 2, it is designed on the top of the absorbent layer 23, and the lower part of the absorbent layer 23 is sealed with the coating layer 21 (which can be non-woven fabric) of the drug pack 2, and the drug powder 22 is in a substantially closed space. space, so that the powder 22 will not be precipitated from other directions except the upward direction of the product, ensuring safety and reliability.

Referring to Fig. 3 , the nursing pad according to an embodiment of the present invention has the moisture-proof bottom layer 3 and the edge of the surface layer 1 compounded, for example, by hot pressing, gluing and other processes to form a sealing area 6 to ensure the integrity of the product structure.

Referring to Fig. 4, the nursing pad according to an embodiment of the present utility model, the positioning layer 4 formed under the moisture-proof bottom layer 3 can be composed of several strip-shaped adhesive layers (as shown in the figure, 3 adhesive layers extending in parallel along the long side direction) Article 41).

Those skilled in the art can understand that the utility model does not limit the overall shape of the nursing pad, which can be any desired shape, for example, the shape shown in Fig. 3 and Fig. 4, or the shape shown in Fig. 5, and can also be Long, oval, or other shapes. There is no limitation on the overall shape of the drug pack 2, which can be any desired shape, for example, the shape shown in FIG. 2, or the shape shown in FIG. 6, or other shapes.

In the nursing pad for directional application of medicine in any of the above embodiments, preferably, when the absorbent layer 23 of the medicine pack 2 is in a normal state, air is stored therein, and when squeezed, the extruded air will entrain the medicine powder 22, Through the coating layer 21 and the surface layer 1, the directional application of the drug can be further promoted, especially the effect of strengthening the release of the drug, enhancing the effect of the directional application of the drug, and better air permeability of the application site. In particular, this structure The design is more conducive to use in daily life, especially during physical activities, when the nursing pad is accidentally collided, squeezed, twisted, etc., the air stored in the absorbent layer 23 is squeezed, and the extruded air is entrained The medicine powder 22 directly passes through the non-woven fabric and knitted pure cotton fabric of the medicine bag 2, and is applied to the skin of the consumer, and is absorbed by the human body through the absorption function of the skin, so that better effects can be obtained.

Wherein, the absorbing layer 23 may be a dust-free paper, preferably a fluffy dust-free paper.

Wherein, the medicine powder 22 in the medicine pack 2 can be a medicine for treating gynecological diseases, for example, it can be made into a sanitary pad for women.

The medicine of the nursing pad of the utility model can adopt pure natural Chinese herbal medicine to ensure that the medicine is natural and pollution-free, and the safety and reliability of the product can be guaranteed to the greatest extent, and the medicinal properties of the medicine in the product can be guaranteed. For example, it is developed with different traditional Chinese medicine formulas for different gynecological diseases.

The nursing pad for directional application of medicine of the utility model can be designed as a composite ergonomic nursing pad shape. When the user is using it, the invisible collision, extrusion and twisting of the product of the utility model will make the internal drug pack 2 under the external force Under the action, a certain dose of medicine is applied to the surface of the product to achieve the purpose of directly administering medicine to consumers' perineal points, perineal skin and mucous membranes, capillaries, etc., which can quickly solve their gynecological diseases and eliminate the impact on the health of female friends. Gynecological problems of quality of life.

Wherein, the medicine powder 22 in the medicine pack 2 can also be the medicine for treating hemorrhoids, such as making hemorrhoid nursing pads (those skilled in the art know that the shape of its hemorrhoid pads is not limited, and it can be in various shapes, such as Make the hemorrhoid pad of the shape shown in Fig. 7, Fig. 8).

The pad of an embodiment of the present utility model, it comprises medicine package 2, and medicine package 2 comprises cladding layer 21 and the medicine powder 22 that is coated by it and absorbing layer 23, wherein: absorbing layer 23 has first surface and second surface The drug powder 22 is arranged on the first surface of the absorbing layer 23, and the coating layer 21 covers all or part of the second surface of the drug powder 22 and the absorbing layer 23, and the drug powder 22 passes through the coating layer 21 from the side away from the absorbing layer 23. Escape the medicine pack 2.

Wherein, the covering layer 21 can adopt non-woven fabric.

Wherein, the absorbing layer 23 may be a dust-free paper, preferably a fluffy dust-free paper.

In a preferred embodiment of the pad, the absorbent layer 23 stores air therein when it is in a normal state, and when squeezed, the extruded air entrains the powder 22 through the coating layer 21 .

In a preferred embodiment of the pad, the side of the medicine pack 2 close to the medicine powder 22 also has a surface layer 1. When in use, the surface layer 1 is close to the human body, and the surface layer 1 is preferably knitted pure cotton cloth. After the non-woven fabric of the medicine bag 2 and the surface layer 1 of the knitted pure cotton cloth are compositely formed, a certain dose of the medicine powder 22 can be fully guaranteed to be put into the surface of the product from the medicine bag 2 and absorbed by the human body, while also ensuring the softness of the product.

In a preferred embodiment of the pad, the side close to the absorbent layer 23 of the drug pack 2 also has a positioning layer 4, and the positioning layer 4 may be self-adhesive.

In a preferred embodiment of the pad, the side close to the absorbent layer 23 of the drug pack 2 also has a hygroscopic bottom layer. Preferably, the side of the moisture-absorbing bottom layer away from the drug pack 2 also has a positioning layer 4, which may be a self-adhesive, for example.

The pad of the utility model can be a medicated care pad, a medicated anti-inflammatory patch, a medicated maintenance patch, a medicated detoxification patch, a medicated nourishing patch, a medicated maintenance patch, a medicated sanitary napkin, a medicated protective pad, and the like.

The medicine bag 2 of an embodiment of the present utility model, it comprises covering layer 21 and the medicine that is coated by it and absorbing layer 23, wherein: absorbing layer 23 has first surface and second surface, and medicine is arranged on absorbing layer 23 The covering layer 21 covers all or part of the second surface of the drug and the absorbent layer 23. When the absorbent layer 23 is in a normal state, air is stored therein. When squeezed, the force of the extruded air flow provides enhanced Or constitute the driving force for the medicine to pass through the coating layer 21 and reach the outside of the medicine pack 2 .

In one embodiment of the drug pack 2, the drug escapes from the drug pack 2 through the coating layer 21 from the side away from the absorbing layer 23, so as to facilitate the directional application of the drug.

Referring to FIG. 2 , in one embodiment of the drug pack 2 , the front and rear of the drug pack 2 are sealed to form a sealed area 24 to prevent the front and rear of the drug from being separated out. The sealing process can be glued, preferably hot-press glued.

In one embodiment of the drug pack 2, a seal is formed between the side of the absorbent layer 23 away from the drug and the coating layer 21 to prevent the drug from leaching out. The sealing may be glued, preferably thermocompression glued.

In one embodiment of the medicine pack 2, the medicine is a medicine powder 22, which is further beneficial to keep the application site dry and improve the efficacy of the medicine.

In an embodiment of the drug pack 2, the drug can be a volatile drug, and the gas flow provided by the absorbing layer 23 is used to place the drug application site in the environment of a drug gas bath to obtain a better effect of drug penetration.

In one embodiment of the medicine pack 2, the covering layer 21 is non-woven fabric.

In one embodiment of the drug pack 2, the drug is a drug powder 22, and the coating layer 21 is a non-woven fabric.

In one embodiment of the medicine pack 2, the absorbent layer 23 is a dust-free paper, preferably a fluffy dust-free paper.

In summary, the utility model arranges the medicine bag 2 in the pad, and the medicine powder 22 therein can escape from the medicine bag 2 through the coating layer 21 from the side away from the absorbing layer 23, so that the pad structure can The drug powder 22 is applied to the predetermined position in a directional manner, and the application method in the form of a pad allows the user to use it anytime and anywhere, achieving the effect of applying the drug according to the expected plan for a long time. It is not only convenient to use, but also can realize external application. It avoids a series of adverse effects caused by drug application in the body. In particular, the drug powder 22 itself has a dry characteristic. For the site of drug application, keeping it dry is often what users expect, and a dry drug environment is more effective. In addition, the absorption layer 23 can also absorb a certain amount of human body secretions, so that it can also be applied to parts with secretions. Moreover, the absorption of the secretions by the absorption layer 23 is also further conducive to maintaining drug application. The environmental sanitation of the site should be kept to avoid adverse effects on the efficacy of the medicine.

In particular, by designing the absorbing layer 23 as a structure in which the gas is normally stored and the powder 22 is entrained by extrusion and exhaust, the directional application of the drug can be further promoted, especially the precipitation of the drug can be enhanced, and the orientation of the drug can be strengthened. The application effect and better air permeability of the application site, especially, this kind of structural design is more conducive to daily life, especially during physical activities, inadvertent collision, extrusion, twisting and deformation of nursing pads, etc. , better results can be obtained, and more preferably, this kind of pad can also be applied to the active parts of the human body or near the active parts.

In addition, the utility model also has the advantages of simple structure and convenient processing, especially the medicine pack 2 which can be processed separately, which not only makes it easy to process, but also can be used for mass production of the utility model by simply modifying the existing production line.

Claims (10)

1. one kind orients the nursing pad applying medicine, it is characterised in that it is made up of following each layer the most successively:

Top layer, it has first and second, and during use, human body is pressed close in the first face；

Medicine orientation applies medicated bag, and it has clad and the medicated powder being coated with by it and absorbed layer, and medicated powder is compared absorbed layer and is closer to second of top layer, and during use, medicated powder applies to human body through clad and top layer orientation；

Every wet bottom, apply medicated bag with medicine orientation and be combined near the side of absorbed layer；

Alignment layers, is incorporated into every wet bottom, the location in time using；

Location overcoat, is incorporated into alignment layers, protection to alignment layers before location.

2. orientation as claimed in claim 1 applies the nursing pad of medicine, it is characterised in that: top layer uses knitted cotton cloth, and/or clad uses non-woven fabrics.

3. orientation as claimed in claim 1 applies the nursing pad of medicine, it is characterised in that: the periphery on top layer is connected with the periphery every wet bottom so that it is overall by top layer with every the hermetically sealed parcel of wet bottom that medicine orientation applies medicated bag.

4. orientation as claimed in claim 1 applies the nursing pad of medicine, it is characterised in that: carry out encapsulation process before and after medicated bag, separate out before and after intercepting medicated powder.

5. orientation as claimed in claim 1 applies the nursing pad of medicine, it is characterised in that: absorbed layer is away from forming the sealing preventing medicated powder from separating out between side and the clad of medicated powder.

6. orientation as claimed in claim 1 applies the nursing pad of medicine, it is characterised in that: when absorbed layer is in the normal state, wherein storing air, when being extruded, the air of extrusion can carry medicated powder secretly, through clad and top layer.

7. a pad, it is characterised in that: it includes that medicated bag, medicated bag include clad and the medicated powder being coated with by it and absorbed layer, wherein:

Absorbed layer has first and second, and all or part of of second of first of absorbed layer, clad cladding medicated powder and absorbed layer be located at by medicated powder, and medicated powder is escaped medicated bag by the side away from absorbed layer through clad.

Pad the most as claimed in claim 7, it is characterised in that: when absorbed layer is in the normal state, wherein storing air, when being extruded, the air of extrusion passes clad entrainment of medicated powder.

Pad the most as claimed in claim 7 or 8, it is characterised in that also there is any layer in following each layer or which floor is appointed:

Top layer, is located at the medicated bag side near medicated powder；

Every wet bottom, it is located at the medicated bag side near absorbed layer；

Alignment layers, is located at medicated bag and near the side of absorbed layer or is located at every wet bottom away from the side of medicated bag；

Location overcoat, is incorporated into alignment layers away from the side every wet bottom or medicated bag.

10. a medicated bag, it is characterised in that it includes clad and the medicine being coated with by it and absorbed layer, wherein:

Absorbed layer has first and second, first of absorbed layer be located at by medicine, second 's of clad coating medicine and absorbed layer is all or part of, when absorbed layer is in the normal state, wherein store air, when being extruded, the air draught of extrusion provides reinforcement or composition medicine to arrive the power outside medicated bag through clad.