Capsule-packaged iodine cotton ball

Abstract

A capsule-packaged iodine cotton ball comprises an iodine cotton ball, a PET plastic packaging sheet, a PVC plastic film, an aluminum foil layer, and an outer PVC plastic packaging layer; a plurality of installation grooves are pressed at intervals on the PET plastic packaging sheet, a plurality of PVC plastic films are respectively sealed and wrapped on the outer ends of a plurality of iodine cotton balls, and a plurality of iodine cotton balls are respectively placed in a plurality of installation grooves; the aluminum foil layer is installed on the outer layer of the lower end of the PET plastic packaging sheet, and the outer PVC plastic packaging layer is sealed and installed on the outer layer of the PET plastic packaging sheet and the aluminum foil layer. The utility model independently packages and stores a plurality of iodine cotton balls, and due to the PVC plastic film, the aluminum foil layer, etc., the iodine cotton balls can be prevented from bulging and corrosion due to the sealing, thereby preventing the probability of contamination of the iodine cotton balls during storage; the novel PET plastic hard packaging sheet and the aluminum foil layer have tear lines distributed vertically and horizontally, which bring convenience to the medical party and the patient, and correspondingly increase the market competitiveness of the product, so the utility model has a good application prospect.

Description

Technical Field

[0001] The utility model relates to the technical field of medical supplies, in particular to a capsule-packed iodine cotton ball. Background Art

[0002] Iodine tincture is a medical disinfectant material that is widely used in departments such as surgery. The existing iodine tincture application method is generally that medical staff or patients themselves (for example, chronic wounds caused by diabetes, etc. do not heal, and patients need long-term dressing changes). They open the iodine tincture bottle cap by cotton swabs or cotton balls (clamp the cotton balls with tweezers, etc.), dip the iodine tincture into the wound and wipe it for disinfection, etc., or press the iodine tincture bottle nozzle with a spray function by hand to spray the iodine tincture on the wound for disinfection. In the above method, cotton swabs or cotton balls are dipped in iodine tincture, and the iodine tincture bottle cap needs to be opened every time. There is a possibility that the bottle cap is not well sealed, the effective ingredients of iodine tincture volatilize, and external dust and other harmful substances enter the bottle, causing the iodine tincture liquid to be contaminated (cotton swabs or cotton balls also have the possibility of being contaminated by dust and germs due to poor storage environment), which will cause the disinfection effect of iodine tincture to deteriorate, which is not conducive to the healing of wounds, etc. The spray-type iodine tincture disinfection method, especially when the patient is inexperienced, has the problem of excessive spray volume resulting in waste, and the nozzle of the nozzle is directly connected to the air, and there is also the possibility of the nozzle being contaminated by environmental dust and other harmful substances. In addition, when the iodine tincture is subsequently sprayed, harmful substances are sprayed on the wound at the same time, which is not conducive to the healing of the wound.

[0003] In the prior art, in order to facilitate medical staff or patients to use iodine cotton balls for disinfection, a product has been developed in which a certain number of iodine cotton balls (cotton balls soaked in a certain amount of iodine) are placed in a bottle for storage. Specifically, each time a user opens the bottle cap, he or she uses tweezers to take out one or more iodine cotton balls to disinfect the wound. Although the above method reduces the process of medical staff and patients dipping cotton swabs or cotton balls in iodine to a certain extent, since the bottle cap needs to be opened for each use, there is still a problem of unused iodine cotton balls being contaminated (there is also a problem of poor sealing of the bottle cap and volatilization of the effective ingredients of iodine). In summary, it is very necessary to provide a capsule-packaged iodine cotton ball that can be convenient for medical staff or patients to use and can prevent contamination and affect the wound treatment effect. Utility Model Content

[0004] In order to overcome the disadvantages of existing bottled iodine tampon balls that they are relatively easy to be contaminated and will affect the wound treatment effect due to structural limitations, the utility model provides a capsule-packaged iodine tampon ball that is packaged and stored in a capsule, and uses a PVC plastic film, an aluminum foil layer, etc. to prevent the iodine tampon from sealing and swelling and corrosion, thereby preventing the iodine tampon from being contaminated during storage. The iodine tampon ball has tear lines distributed vertically and horizontally, which brings convenience to medical practitioners and patients.

[0005] The technical solution adopted by the utility model to solve its technical problems is:

[0006] The invention discloses capsule-packaged iodine cotton balls, comprising iodine cotton balls, a PET plastic packaging sheet, a PVC plastic film, an aluminum foil layer, and an outer PVC plastic packaging layer; the invention is characterized in that a plurality of installation grooves are pressed on the PET plastic packaging sheet at intervals, a plurality of iodine cotton balls and a plurality of PVC plastic films are respectively provided and are of the same size, and each iodine cotton ball is formed by uniformly mixing iodine with cotton balls; the plurality of PVC plastic films are respectively sealed and wrapped on the outer ends of a plurality of iodine cotton balls, and the plurality of iodine cotton balls are respectively placed in a plurality of installation grooves; the aluminum foil layer is installed on the outer layer at the lower end of the PET plastic packaging sheet, the outer PVC plastic packaging layer is in a bag shape, and the outer PVC plastic packaging layer is sealed and installed on the outer layers of the PET plastic packaging sheet and the aluminum foil layer.

[0007] Furthermore, the multiple iodine cotton balls are independently sealed between the multiple installation grooves and the aluminum foil layer.

[0008] Furthermore, the outer diameter of the iodine cotton ball is smaller than the inner diameter of the installation groove.

[0009] Furthermore, tear lines are vertically distributed at a certain distance in the middle of the PET plastic packaging sheet and the aluminum foil layer, and multiple tear lines are horizontally distributed from top to bottom on the PET plastic packaging sheet and the aluminum foil layer. The outer PVC plastic packaging layer is a hollow structure with a tear line A at its upper end, and the tear line A is sealed and isolated from the inner part of the outer PVC plastic packaging layer.

[0010] Furthermore, a product mark is printed on the outer side of the outer PVC plastic packaging layer.

[0011] Compared with the prior art, the utility model has the following beneficial effects: the utility model independently packages and stores multiple iodine tincture cotton balls through multiple installation grooves and PVC plastic films, aluminum foil layers, etc., and the PVC plastic films, aluminum foil layers, etc. can prevent the iodine tincture cotton balls from expanding due to sealing and corrosion, thereby preventing the iodine tincture balls from being contaminated during storage; the novel PET plastic hard packaging sheet and aluminum foil layer have tear lines distributed vertically and horizontally, which brings convenience to medical parties and patients, and correspondingly increases the market competitiveness of the product, so the utility model has good application prospects. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] The utility model is further described below in conjunction with the accompanying drawings and embodiments.

[0013] Figure 1 It is a schematic diagram of the overall structure of the utility model.

[0014] Figure 2 These are semi-finished photos of the actual product of this utility model. DETAILED DESCRIPTION

[0015] Figure 1 As shown, a capsule-packaged iodine tampon comprises an iodine tampon 1, a PET plastic hard packaging sheet 2, a PVC plastic film 3, an aluminum foil layer 4, and an outer PVC plastic packaging layer 5; the PET plastic hard packaging sheet is pressed with 10 concave mounting grooves 21 at equal intervals, the iodine tampon 1 and the PVC plastic film 3 are 10 in number, and the iodine tampon 1 and the PVC plastic film 3 are 10 in number and are of the same size, and each iodine tampon 1 is composed of cotton balls uniformly mixed with iodine; the 10 PVC plastic films 3 are respectively sealed and wrapped on the outer ends of the 10 iodine tampon 1, and the 10 iodine tampon 1 are respectively placed in the 10 mounting grooves 21; the aluminum foil layer 4 is hot-pressed on the outer layer at the lower end of the PET plastic hard packaging sheet 2, the outer PVC plastic packaging layer 5 is bag-shaped, and the outer PVC plastic packaging layer 5 is sealed and installed on the outer layers of the PET plastic hard packaging sheet 2 and the aluminum foil layer 4.

[0016] Figure 1 As shown, 10 iodine cotton balls 1 are independently sealed between 10 installation grooves 21 and the aluminum foil layer 4. The outer diameter of the iodine cotton ball 1 is smaller than the inner diameter of the installation groove 21. A tear line 6 (composed of multiple openings distributed at intervals) is vertically distributed at a certain distance in the middle of the aluminum foil layer 4 of the PET plastic hard packaging sheet 2, and 4 tear lines 6 are horizontally distributed from top to bottom on the PET plastic hard packaging sheet 2 and the aluminum foil layer 4. The outer PVC plastic packaging layer 5 is a hollow structure with a tear line A7 at its upper end, and the tear line A7 is sealed and isolated from the inner part of the outer PVC plastic packaging layer 5. The front and rear ends of the outer PVC plastic packaging layer 5 are printed with product marks.

[0017] Figure 1As shown, the present invention is to independently package and store 10 iodine cotton balls 1 through multiple installation grooves and PVC plastic film 3, aluminum foil layer 4, etc. In the present invention, the aluminum foil layer plays the effect of moisture-proof, scratch-proof, and drug efficacy-preventing on the capsule cotton balls. In actual situations, if iodine tincture and aluminum foil are not isolated, the iodide in iodine tincture will corrode the aluminum foil layer 4, thereby causing the iodine tincture cotton balls 1 to be contaminated by contact with the outside world, so the present application is sealed and packaged with PVC plastic film 3 on the outer layer of iodine tincture cotton balls 1 to prevent the corrosive effects caused by direct contact between the iodine tincture cotton balls 1 and the aluminum foil layer. The strength of PVC plastic film 3 is not high and is easily damaged (bulging), so the present application sets aluminum foil layer 4 on the lower layer of PET plastic hard packaging sheet 2 to increase the packaging strength, prevent the problem of bulging, and further prevent the probability of iodine tincture balls being contaminated during storage. The novel PET plastic hard packaging sheet and the aluminum foil layer have tear lines distributed vertically and horizontally. When in use, different numbers of iodine tincture cotton balls can be torn apart horizontally or vertically along the tear lines 6 (the outer PVC plastic packaging layer 5 can further play a role in moisture-proof sealing for all iodine tincture cotton balls), which brings convenience to medical parties and patients (for example, patients need to go out for a day or two and need to disinfect their wounds, but do not need too many iodine tincture cotton balls; for example, hospitals prescribe an appropriate number of iodine tincture balls to patients to reduce waste), and correspondingly increases the product market competitiveness, so the utility model has good application prospects.

[0018] Those skilled in the art should understand that although the present specification is described in accordance with the implementation methods, the implementation methods do not only include an independent technical solution. This narrative method of the specification is only for the sake of clarity. Those skilled in the art should regard the specification as a whole. The technical solutions in the embodiments can also be appropriately combined to form other implementation methods that can be understood by those skilled in the art. Therefore, the scope of protection of this application is defined by the claims.

Claims

1. An iodine cotton ball packaged in capsules, comprising an iodine cotton ball, a PET plastic packaging sheet, a PVC plastic film, an aluminum foil layer, and an outer PVC plastic packaging layer; characterized in that: The PET plastic packaging sheet is pressed with a plurality of installation grooves at intervals, and there are a plurality of iodine cotton balls and a plurality of PVC plastic films, each of which is of the same size, and each iodine cotton ball is formed by uniformly mixing iodine with cotton balls; the plurality of PVC plastic films are respectively sealed and wrapped on the outer ends of the plurality of iodine cotton balls, and the plurality of iodine cotton balls are respectively placed in the plurality of installation grooves; the aluminum foil layer is installed on the outer layer at the lower end of the PET plastic packaging sheet, the outer PVC plastic packaging layer is in a bag shape, and the outer PVC plastic packaging layer is sealed and installed on the outer layers of the PET plastic packaging sheet and the aluminum foil layer.

2. The capsule-packed iodine cotton ball according to claim 1, characterized in that: A plurality of iodine cotton balls are independently sealed between a plurality of mounting grooves and the aluminum foil layer.

3. The capsule-packed iodine cotton ball according to claim 1, characterized in that: The outer diameter of the iodine cotton ball is smaller than the inner diameter of the installation groove.

4. The capsule-packed iodine cotton ball according to claim 1, characterized in that: Tear lines are vertically distributed at a certain distance in the middle of the PET plastic packaging sheet and the aluminum foil layer, and multiple tear lines are horizontally distributed from top to bottom on the PET plastic packaging sheet and the aluminum foil layer. The outer PVC plastic packaging layer is a hollow structure with a tear line A at its upper end. The tear line A is sealed and isolated from the inner part of the outer PVC plastic packaging layer.

5. The capsule-packed iodine cotton ball according to claim 1, characterized in that: The product logo is printed on the outside of the outer PVC plastic packaging layer.

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