TWM645501U - Combined disinfection and sterilization bag - Google Patents

Abstract

A combined sterilization and sterilization bag, which includes: a bag body, wherein the bag body has a sealing mouth, an inner bag containing part and an outer bag part, and a combined sterilization and sterilization component, wherein the combined sterilization and sterilization component is further connected with the bag The combination of the sealing part of the bag body and the inner bag containing part makes the bag body form a closed sterilization and sterilization space.

Description

A combined disinfection and sterilization bag

This invention relates to a combined sterilization and sterilization bag structure, specifically referring to a combined sterilization and sterilization component that is further combined with the sealing part and the inner bag containing part of the bag body to form a closed sterilization and sterilization space.

According to the current impact of the recent COVID-19 epidemic, everyone must wear a mask or use disinfectant alcohol to clean their hands when entering and exiting public places. If you eat outside, catering operators now provide recyclable washable tableware. However, due to the impact of the COVID-19 epidemic, the above-mentioned recyclable and washable tableware Whether the tableware has been cleaned is related to the personal hygiene habits of using the tableware. Therefore, the market encourages individuals to carry environmentally friendly tableware for use. However, carrying environmentally friendly tableware cannot be disinfected and convenient for users. It is known that commercially available ultraviolet sterilizers need Only fixed ones can be used for disinfection and sterilization. Although some commercially available products are advertised as portable disinfection and sterilization devices, they cannot be properly stored or washed and reused. For example, some infant products such as feeding bottles, pacifiers, and teeth retainers cannot be properly stored or reused. , finger brushes, toothbrushes, learning cups or baby tableware, etc., the common method is to use high temperature or steam sterilization or use hot water to sterilize the above-mentioned utensils.

Like the previous technology - Patent No. M467464 announced by the Republic of China "Portable Sterilizer", this invention discloses a portable sterilizer, which includes a body, a bottom It consists of a base and a telescopic tube. There is a battery installed inside the upper end of the body, and a light-emitting module is installed at the bottom. The upper edge of the bottom end of the body is provided with an upper inlay groove, and the inner bottom of the base is provided with a lower inlay groove; the upper inlay end at the top of the telescopic tube is repeatable. The clamping end of the telescopic tube is locked in the upper slot of the body, and the lower fitting end of the telescopic tube can be clamped and fixed in the lower slot of the base. When the telescopic tube is stretched, it can accommodate a baby bottle, and the LED light of the light-emitting module can emit ultraviolet light to effectively kill bacteria attached to the surface of the baby bottle.

Another example is the prior art patent No. TWM464407 of the Republic of China, "Portable Environmentally Friendly Tableware Sterilization Device with Illumination", which is a portable environmentally friendly tableware sterilization device with lighting that includes a bag, several germicidal lamps, and several light emitters. , a power supply unit, wherein the bag body has an accommodation space, the germicidal lamp can emit ultraviolet light and has a sterilizing function and is located in the bag body, and the luminous body is located outside the bag body, so that the sterilizing lamp and the luminous body are electrically charged Connected to the power supply unit. The environmentally friendly tableware can be placed in the bag for easy portability by the user, and the environmentally friendly tableware can be sterilized anytime and anywhere by the irradiation of the germicidal lamp, so that the environmentally friendly tableware can be kept clean at all times, which is beneficial to the health of the body, and The luminous body has a lighting effect.

In view of the above shortcomings, the creator felt that it was not perfect, so he exhausted his mind to study and overcome it. Based on his accumulated experience in this industry for many years, he developed a combined sterilization and sterilization bag that uses a simple combination of sterilization. The sterilization component and the use of the sealing mouth and the inner bag accommodation part allow the combined sterilization and sterilization bag of the present invention to form a closed sterilization and sterilization space structure, so that items can be placed in the closed sterilization and sterilization space structure. Disinfection and sterilization.

The main purpose of this creation is to design a combined sterilization and sterilization bag, which is characterized by having a combined sterilization and sterilization component, wherein the combined sterilization and sterilization component further contains a flexible circuit layer and a light source, and uses the light source in a A closed disinfection and sterilization space structure is used for disinfection and sterilization.

Another main purpose of this invention is to design a combined disinfection and sterilization bag, which is characterized in that the inner bag containing part and the combined disinfection and sterilization component further have a reflective layer, and the reflective layer further has a diamond-shaped appearance structure. It is used to increase the total light reflection or light refraction efficiency of the light source for disinfection and sterilization, or to provide the bag with a bendable storage effect.

In order to achieve the above purpose, the implementation technology of this invention is as follows: a combined disinfection and sterilization bag, which includes: a bag body, wherein the bag body has a sealing mouth, an inner bag containing part and an outer bag part, and a combined disinfection and sterilization component , wherein the combined sterilization and sterilization component is further combined with the sealing part and the inner bag containing part of the bag body, so that the bag body forms a closed sterilization and sterilization space.

The above-mentioned combined sterilization and sterilization bag, wherein the combined sterilization and sterilization component further contains a flexible circuit layer and a light source.

In the above-mentioned combined sterilization and sterilization bag, the combined sterilization and sterilization component further includes a power supply accommodating part.

In the above-mentioned combined disinfection and sterilization bag, the power supply accommodating part can be further provided with a positive and negative electrode structure.

The above-mentioned combined disinfection and sterilization bag, in which the positive and negative electrode structures are further combined A power supply device is used to provide power to the flexible circuit layer of the combined disinfection and sterilization component and the light source.

In the above-mentioned combined disinfection and sterilization bag, the power supply device is a lithium battery, a button battery, a magnetic battery, a mobile power supply or a USB charging power supply device.

In the above-mentioned combined disinfection and sterilization bag, the light source is an ultraviolet LED lamp, a long-wave ultraviolet lamp (UVA), a short-wave ultraviolet lamp (UVC), a light-emitting diode (LED) or a far-infrared lamp.

In the above-mentioned combined disinfection and sterilization bag, the inner bag containing part and the combined disinfection and sterilization component further have a reflective layer.

In the above-mentioned combined sterilization and sterilization bag, the flexible circuit layer is a flexible circuit board, a bendable circuit board, a flexible circuit board or a flexible screen printed circuit board.

In the above-mentioned combined disinfection and sterilization bag, the reflective layer is made of aluminum foil, reflective beads or reflective gauze to provide reflection or refraction of the light source.

In the above-mentioned combined disinfection and sterilization bag, the reflective layer further has a diamond-shaped appearance structure to increase the total light reflection or light refraction efficiency of the light source or to provide the bag with a bendable storage effect.

The above-mentioned combined sterilization and sterilization bag, wherein the combined sterilization and sterilization component further contains a bag body binding device, wherein the bag body binding device can be combined with the sealing part.

In the above-mentioned combined disinfection and sterilization bag, the bag body binding device is a Velcro device, a magnetic buckle, a button or a hook device.

The above-mentioned combined disinfection and sterilization bag, wherein the sealing part is a magic felt devices, magnetic closures, buttons, hooks or zippers.

In the above-mentioned combined disinfection and sterilization bag, the outer bag part further has a handle provided on the bag body.

The above-mentioned combined sterilization and sterilization bag, wherein the bag body further contains an inner bag containing box, the inner bag containing box can be further combined with the sealing part and the inner bag containing part to form a closed bag body. disinfection and sterilization space.

10: Bag body

11:Sealing part

12: Inner bag storage part

13:Outer bag part

131: handle

20: Combined disinfection and sterilization components

21:Power supply accommodation part

22:Light source

23:Power supply unit

24: Bag body combining device

201:Reflective layer

202:Soft circuit layer

203: Basal layer

211: Positive and negative electrode structure

2011:Rhombus appearance structure

30: Inner bag storage box

100: Combined disinfection and sterilization bag

Figure 1 is a side perspective view of the combined disinfection and sterilization bag according to the embodiment of the present invention.

Figure 2 is a top view of the combined disinfection and sterilization components of the embodiment of the invention.

Figure 3 is a top view of the combined disinfection and sterilization components of the embodiment of the invention.

Figure 4 is a side view of the combined disinfection and sterilization component of the embodiment of the invention.

Figure 5 is an exploded side perspective view of the combined sterilization and sterilization bag and the combined sterilization and sterilization components of the embodiment of the invention.

Figure 6 is a side perspective view of the combined sterilization and sterilization bag and the combined sterilization and sterilization component assembly according to the embodiment of the present invention.

In order to enable those skilled in the art to understand and implement the present invention, the following is described in detail with reference to drawings and component symbols, but is not limited thereto.

Please refer to Figure 1. Figure 1 is a side perspective view of the combined disinfection and sterilization bag of this invention. As shown in Figure 1, the appearance of the combined disinfection and sterilization bag 100 according to the embodiment of this invention. There is a bag body 10, wherein the bag body 10 is composed of a sealing opening 11, an inner bag accommodating part 12, and an outer bag part 13, and is combined with a combined sterilization and sterilization component 20, wherein the combined sterilization and sterilization component 20 is further combined with the The combination of the sealing part 11 of the bag body and the inner bag containing part 12 makes the bag body 10 form a closed sterilization and sterilization space for sterilization and sterilization. Continuing the above embodiment, the combined sterilization method of this invention is shown in Figure 2. Top view of the sterilization component, as shown in Figure 2 as a combined sterilization and sterilization component 20, wherein the combined sterilization and sterilization component 20 further includes a power supply accommodation part 21 and a light source 22 and further contains a bag binding device 24, wherein the combined sterilization and sterilization component 20 The bag body combining device 24 can be combined with the sealing part 11, so that the bag body 10 has a sealing mouth part 11, an inner bag containing part 12, an outer bag part 13 and another combined sterilization and sterilization component 20 to form a closed sterilization Sterilization space, in which the sealing part 11 is a Velcro felt device as shown in Figure 1, wherein the above-mentioned sealing part 11 can be combined with the bag body combining device 24 that combines the sterilization and sterilization component 20, wherein the bag body The combination device 24 is a Velcro device or can be replaced by a magnetic buckle, button or hook device to form the bag body 10 into a closed sterilization and sterilization space. The appearance is as shown in Figure 1, and the above-mentioned sealing part 11 can be further replaced by A magnetic buckle, button or hook device is used to seal the opening of the bag body. The material used for the sealing part 11 is not limited. The light source 22 is an ultraviolet LED lamp and a plurality of them can be installed. When an item is placed in the closed sterilization space (not shown), the light source 22 can perform sterilization and sterilization operations (not shown) on the items in the closed sterilization and sterilization space. The above-mentioned light source 22 can be further replaced by a long-wave ultraviolet light (UVA) lamp. , short-wave ultraviolet light (UVC) or light-emitting diode (LED) or far-infrared light.

In addition, as shown in Figure 3, the combined disinfection and sterilization component 20 further includes a power supply accommodating portion 21, wherein the power supply accommodating portion can further be provided with a positive and negative electrode structure 211, wherein the positive and negative electrode structure 211 is further combined with a power supply device. 23, used to provide power to the light source 22 and the flexible circuit layer 202 of the combined disinfection and sterilization component, as shown in Figures 4-1 and 4-2, in which the power supply device 23 is a lithium battery to provide The power source of the combined disinfection and sterilization component 20, where the power device 23 can be further replaced by a button battery, a magnetic battery, a mobile power supply or a USB charging power supply device, where the flexible circuit layer 202 is a flexible circuit board, The power supply circuit of the combined sterilization and sterilization component 20 can be provided and the circuit layout of the combined sterilization and sterilization bag of the present invention can be provided, in which the flexible circuit layer 202 can be further replaced with a bendable circuit board, a flexible circuit board or a flexible circuit board. Screen printed circuit board, following the above embodiment, the inner bag containing part 12 and the combined disinfection and sterilization component 20 further have a reflective layer 201, wherein the reflective layer 201 is stacked on the base layer 203 of the combined disinfection and sterilization component 20 and As shown in Figure 4-2 on the flexible circuit layer 202, the reflective layer 201 further has a diamond-shaped appearance structure 2011 to increase the total light reflection or light refraction efficiency of the light source 22, where the reflective layer 201 is An aluminum foil material is used to provide the light source 22 with light reflection or light refraction, and the material of the above-mentioned reflective layer 201 can be further replaced with a reflective bead material or a reflective gauze material. Continuing the above embodiment, the combined disinfection and sterilization component 20 It further has a protective layer (not shown), which is disposed on the reflective layer 201, the flexible circuit layer 202 and the base layer 203, and the material of the protective layer is silicone to further protect the reflective layer 201 and the flexible circuit layer 202. To avoid scratch-proof and waterproof use, the material of the above-mentioned protective layer can be further replaced with thermoplastic polyurethane (TPU), polyethylene-vinyl acetate (PEVA) or transparent plastic materials. The material used for the above-mentioned protective layer is not limited. Continue with the above embodiment. , wherein an adhesive layer is further used between the protective layer, the reflective layer 201 and the flexible circuit layer 202 Glue between the reflective layer 201 or the flexible circuit layer 202 (not shown).

5 is a continuation of the above example of the embodiment of the present invention. As shown in FIG. 5 , the combined sterilization and sterilization component 20 further includes a bag combining device 24 , and the bag combining device 24 can be used with the sealing part 11 Combination, wherein the sealing part 11 is a Velcro felt device, as shown in Figure 5, wherein the bag body combining device 24 is a Velcro felt device, and the above-mentioned bag body combining device 24 and the sealing part 11 can be further combined to form a The closed sterilization and sterilization space is shown in Figure 6. The combined sterilization and sterilization component 20 can perform sterilization and sterilization actions on the items in the closed sterilization and sterilization space (not shown). The above-mentioned bag binding device 24 can be further replaced by a magnetic The above-mentioned sealing part 11 can be further replaced with a magnetic buckle, button or hook device. Following the combined disinfection and sterilization bag 100 of this case, the outer bag part 13 further has a handle 131 provided on the bag body 10 It can be provided for users to extract and use. In addition, the embodiment of the present case can further include an inner bag storage box 30 in the bag body 10. The inner bag storage box 30 can be further combined with the sealing part 11 and the inner bag accommodating part 12. The bag body 10 forms a closed sterilization and sterilization space.

Continuing the above embodiment of the present invention, as shown in Figure 6, the combined sterilization and sterilization component 20 is further combined with the bag body 10 to form a closed sterilization and sterilization space, and the inner bag containing box 30 can be combined with the bag body 10. The sealing part 11 and the inner bag containing part 12 are further combined to form a closed sterilization and sterilization space in the bag body 10 .

In summary, the design of the combined sterilization and sterilization bag structure of this invention is indeed feasible and improves various shortcomings of the conventional combined sterilization and sterilization bag technology. The above is only a preferred embodiment of this invention and is not intended to be limiting. The patentable scope of this creation; all other equivalent changes or modifications that do not deviate from the spirit disclosed in this creation shall be included in the patentable scope below.

10: Bag body

11:Sealing part

12: Inner bag storage part

13:Outer bag part

131: handle

20: Combined disinfection and sterilization components

23:Power supply unit

100: Combined disinfection and sterilization bag

Claims (16)

A combined sterilization and sterilization bag, which includes: a bag body, wherein the bag body has a sealing mouth, an inner bag containing part and an outer bag part; and; a combined sterilization and sterilization component; wherein the combined sterilization and sterilization component is further combined with the The combination of the sealing part of the bag body and the inner bag containing part forms a closed sterilization and sterilization space in the bag body. For the combined sterilization and sterilization bag described in item 1 of the patent application, the combined sterilization and sterilization component further contains a flexible circuit layer and a light source. As for the combined sterilization and sterilization bag described in item 2 of the patent application, the combined sterilization and sterilization component further includes a power supply accommodating part. For the combined disinfection and sterilization bag described in item 3 of the patent application, the power supply accommodating part can be further provided with positive and negative electrode structures. For the combined sterilization and sterilization bag described in item 4 of the patent application, the positive and negative electrode structures are further combined with a power supply device to provide power to the flexible circuit layer of the combined sterilization and sterilization component and the light source. For the combined disinfection and sterilization bag described in item 5 of the patent application, the power device is a lithium battery, a button battery, a magnetic battery, a mobile power supply or a USB charging power supply device. For example, the combined disinfection and sterilization bag described in item 2 of the patent application, wherein the light source is an ultraviolet LED lamp, a long-wave ultraviolet lamp (UVA), a short-wave ultraviolet lamp (UVC) or a light-emitting diode (LED) or Far infrared lamp. As for the combined disinfection and sterilization bag described in item 5 of the patent application, the inner bag containing part and the combined disinfection and sterilization component further have a reflective layer. For the combined sterilization and sterilization bag described in item 8 of the patent application, the flexible circuit layer is a flexible circuit board, a bendable circuit board, a flexible circuit board or a flexible screen printed circuit board. For example, in the combined disinfection and sterilization bag described in item 8 of the patent application, the reflective layer is made of aluminum foil, reflective beads or reflective gauze to provide reflection or refraction of the light source. For the combined disinfection and sterilization bag described in item 10 of the patent application, the reflective layer further has a diamond-shaped appearance structure to increase the total light reflection or light refraction efficiency of the light source. As for the combined sterilization and sterilization bag described in item 1 of the patent application, the combined sterilization and sterilization component further includes a bag body binding device, wherein the bag body binding device can be combined with the sealing part. For the combined disinfection and sterilization bag described in item 12 of the patent application, the bag body binding device is a Velcro device, a magnetic buckle, a button or a hook device. For the combined disinfection and sterilization bag described in item 12 of the patent application, the sealing part is a Velcro device, a magnetic buckle, a button or a hook device. For the combined disinfection and sterilization bag described in item 1 of the patent application, the outer bag further has a handle provided on the bag body. For the combined sterilization and sterilization bag described in item 1 of the patent application, the bag body further contains an inner bag storage box, and the inner bag storage box can be further combined with the sealing part and the inner bag storage part to make the The bag body forms a closed disinfection and sterilization space.

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