TWM619224U - Incense diffusion seat structure - Google Patents

Abstract

This creation is related to a structure of the fragrance diffuser. The foamed glass material after the recycling of waste glass is used as the porous element of the fragrance diffuser, and liquid is dripped on the porous element to achieve the effect of fragrance diffusion. Moreover, by recycling the waste glass, the production cost of the diffuser seat and environmental pollution can also be reduced.

Description

Diffuser structure

This creation is related to a kind of diffuser seat structure, especially a kind of diffuser seat structure using foamed glass material.

With the continuous improvement of people's living standards, people participate in more and more activities. However, if the air is not fresh in many venues such as hotels, it will easily cause people to feel tired, irritable and other unpleasant moods. In order to create a better environment, people used to spray perfume and essential oil in the room to improve the air quality in the room.

Essential oils are concentrated plant extracts extracted from trees, roots, leaves, seeds, vanilla, fruits or flowers. The essential oils of each plant contain their unique aroma and healing properties. Therefore, the aroma of plants can be absorbed through the human body's sense of smell. In addition to improving the air quality in the room, the aroma of essential oils can also be used to soothe the user's emotions, allowing the user to feel fresh air and achieve the purpose of pressure release.

However, as far as the method of using essential oils is concerned, spraying is more common in the past, but the sprayed perfume and essential oil particles are larger and the range that can be drifted is small. Therefore, this method of spraying perfume and essential oil is very inefficient in improving the quality of the air in the room.

In recent years, diffused fragrance is gradually used to improve the air quality in the room. Fragrance diffusion, as the name implies, is to diffuse the fragrance, allowing the molecules of perfume and essential oil to diffuse in the air, and bring different fragrances to the space according to different types of perfumes and essential oils. It also has the effects of relieving fatigue, relaxing the body and mind, and purifying the air.

There are many ways to diffuse fragrance: like (1). Use a diffuser bottle to insert a long bamboo stick into the diffuser bottle, and absorb the perfume and essential oil in the diffuser bottle upward through the pores of the bamboo stick, so that the fragrance diffuses in In the space, (2). The plug-in diffuser can vaporize the liquid essential oil into a mist through the diffuser, and then spray it in the space to achieve the effect of diffused. The easiest way is (3). Diffuser stone, drip essential oils on cement, gypsum, stone and other substrates, so that the pores in the substrate can fully absorb the essential oils and emit fragrance.

Nowadays, the most popular use is diffused stone. The reason is that the diffused stone does not need fire or electricity. As long as the base itself is added with essential oil, it can release the aroma, and one can be used repeatedly, which is better than other indoor diffused products such as The plug-in diffuser is more environmentally friendly. At the same time, there is no need to worry about accidents caused by electricity or fire accidentally.

Furthermore, the diffused stone can be shaped into different sizes and shapes. Therefore, the scope of use is wider than the other two methods. The larger one can be used as a home decoration, the smaller one can be carried with you, and it is also convenient to use in the car.

Especially the diffused stone made of cement or gypsum can be molded into various shapes, which is convenient to carry and can be made into accessories to wear, allowing people to emit a delicate fragrance at any time. For this reason, the long-lasting diffused fragrance is the most important reference factor for the diffused stone.

Of course, although the diffused stone has many benefits, compared with other diffused products, the fragrance emitted by the diffused stone is obviously lighter, which is especially inadequate for users who need a clear fragrance. Moreover, due to the base material of the diffused stone, the diffused stone often has traces of fragmentation.

In addition, the fragrance of the diffused stone is closely related to the use environment. If the space is large, more diffused stones may be needed to fill the space with fragrance. In addition, if the use environment is relatively dry, you need to add moisture to the diffused stone and then drip the essential oils in order to properly display the aroma in the use space.

For this reason, under the condition that there is a continuous and obvious fragrance, it can also make more use of each use space and facilitate storage, which is a problem that those skilled in the art want to solve

The main purpose of this creation is to provide a diffuser seat structure. The foamed glass material after the recycling of waste glass is used as the porous element of the diffuser seat, and liquid is dripped on the porous element to achieve the effect of diffused fragrance.

In order to achieve the above purpose, this creation discloses a fragrance diffuser seat structure, which includes: a base, the base includes a body, the body has an accommodating space; a porous element, the porous element is arranged in the accommodating In the space, the porous element is composed of a foamed glass material; and an epoxy resin gel. The epoxy resin system is arranged in the containing space and surrounds the porous element; wherein the porous element absorbs a Liquid and diffuse.

This creation provides an embodiment, the content of which lies in the fragrance diffuser seat structure, wherein the fragrance diffuser seat structure further includes a cover body, and the cover system is a glass cover body.

This creation provides an embodiment, the content of which is the structure of the diffuser seat, in which the glass cover system is divided into three sizes: large, medium and small.

This creation provides an embodiment, the content of which lies in the structure of the fragrance diffuser, wherein the base is a glass petri dish.

This creation provides an embodiment, the content of which is the structure of the fragrance diffuser, in which the glass petri dish is divided into three sizes: large, medium and small.

This creation provides an embodiment, the content of which is the structure of the diffuser seat, wherein the structure of the diffuser seat further includes a dye, and the dye is dripped into the epoxy resin gel.

This creation provides an embodiment, the content of which is the structure of the diffuser seat, in which the liquid system is an essential oil or a diffuser.

In order to make your reviewer have a better understanding and understanding of the features of this creation and the effects achieved, I would like to provide examples and supporting instructions. The explanation is as follows:

In view of the fact that the conventional diffuser can not have a continuous and obvious fragrance. Based on this, this creation proposes a diffuser seat structure to solve the problems caused by the conventional technology.

The following will further explain the characteristics and the structure of the structure of the fragrance diffuser in this creation:

Please refer to Figure 1, which is a schematic diagram of the structure of the fragrance diffuser in this creation. As shown in the figure, a fragrance diffuser seat structure 1 includes: a base 10, a porous element 20, and an epoxy resin 30. The base 10 of the present creation is a glass petri dish, and the base 10 includes a body 11 having an accommodating space 12, and the porous element 20 is arranged in the accommodating space 12, the porous element 20 It is composed of a foamed glass material.

The foamed glass material in this creation is derived from waste glass, and its manufacturing process is as follows: take glass-rich material as the main raw material (mainly discarded panel glass), add appropriate foaming agents and additives, and pass the powder After grinding, it is placed in a heat-resistant mold, and the honeycomb structure is formed after preheating, sintering, foaming, cooling and annealing. The diffuser seat structure 1 absorbs and diffuses a liquid through the porous element 20. The liquid system is an essential oil or a diffuser, but it is not limited. The choice is determined by the user's preference.

Moreover, the epoxy resin 30 of the present invention is not only arranged in the accommodating space 12 and surrounding the porous element 20, so as to fill the accommodating space 12 of the fragrance diffuser seat structure 1. Furthermore, the diffuser seat structure 1 further includes a dye (customized, not shown), and the dye is dropped into the epoxy resin 30 and dyed. The color and style of the dyeing are determined by the user's preferences, and the uniqueness of the user is achieved by the color and style of the dyeing.

Furthermore, in a further step, the fragrance diffuser structure of the present creation includes a cover body 40 in one step, and the cover body 40 is a glass cover body. When the user feels that the scent of the environment is sufficient or does not use it temporarily, the cover 40 of the present invention can be covered on the base 10 to prevent the scent from spreading, and the use of the liquid can also be reduced.

In addition, in order to make the fragrance diffuser structure 1 of this creation more suitable for various use environments, the glass cover and the glass petri dish are divided into large (diameter 11.5cm), medium (diameter 9cm), and small (diameter 6cm). size. If the use environment is too large, the glass cover and the glass petri dish of large size can be used, and the diffuser seat structure 1 can also use a plurality of the porous elements.

Furthermore, the fragrance diffuser seat structure 1 of this creation uses the foamed glass material, and its fragrance diffuser effect is particularly excellent. The experiment is as follows: (1). Take 100 grams of each of the foamed glass material (experimental group) and cement (Control group) As the porous element 20 of the diffuser seat structure 1, it is placed in a space of the same length 3.5mx width 3.5mx height 1.8m. (2). Measure the space temperature and relative humidity to ensure that the experimental group and the control group have the same environmental factors (set to temperature: 28 °C, relative humidity: 54%). (3). Both the experimental group and the control group are dripped with 5ml of essential oil, and their weight is measured, and the overall weight of the experimental group and the control group is tested every 15 minutes. The results are as follows in Table 1: Table 1. Experimental data table Time (min) The foamed glass material (experimental group) Cement (control group) 0 105.00 105.00 15 104.96 104.88 30 104.91 104.69 45 104.85 104.42 60 104.81 104.01 75 104.76 103.73 90 104.51 103.52 105 104.14 103.18 120 103.78 102.42 135 103.59 101.95 150 103.29 101.48 165 103.01 101.14 180 102.73 100.32 195 102.34 100.13 210 102.11 100.02 225 101.83 100.00 240 101.51 100.00 255 100.69 100.00 270 100.30 100.00 285 100.03 100.00 300 100.00 100.00

According to the experimental data table, in the same space size (about 3.7 pings), under the same temperature and humidity, dripping 5ml of essential oil, the diffusion effect of the experimental group can be maintained for about 300 minutes (5 hours), but the control The diffused effect of the group is only about 225 minutes (3.75 hours). It is shown that the foamed glass material as a diffuser material has a better fragrance holding effect than cement.

Therefore, the advantage of this creation is to use the foamed glass material as the porous element 20 of the fragrance diffuser structure 1, and the foamed glass material is from the recycling and reuse of waste glass, which can reduce the fragrance diffuser. The cost of structure 1 and increase its diffusion efficiency (as can be seen from the above experimental data). Furthermore, the fragrance diffuser structure 1 of the present creation can be selected in different sizes (large, medium, and small sizes) according to the breadth of the use environment. Furthermore, for the uniqueness of the user, the diffuser seat structure 1 of this creation further includes the dye, and a few drops are dropped into the epoxy resin 30 for dyeing (the color and style are determined by the user It depends on your preference).

Therefore, this creation is really novel, progressive, and available for industrial use. It should meet the patent application requirements of my country's patent law. Undoubtedly, I file a new patent application in accordance with the law. I pray that the Bureau will grant the patent as soon as possible.

However, the above are only the preferred embodiments of this creation, and are not used to limit the scope of implementation of this creation. For example, the equivalent changes and modifications of the shape, structure, characteristics and spirit described in the scope of the patent application for this new model , Should be included in the scope of patent application for this creation.

1: Diffuser structure 10: Base 11: body 12: accommodating space 20: porous element 30: epoxy resin colloid 40: Lid

Figure 1: A schematic diagram of the structure of the fragrance diffuser in this creation.

1: Diffuser structure

10: Base

11: body

12: accommodating space

20: porous element

30: epoxy resin colloid

40: Lid

Claims (7)

An aroma diffuser structure, which contains: A base, the base includes a body, and the body has an accommodating space; A porous element, the porous element is arranged in the accommodating space, the porous element is composed of a foamed glass material; and An epoxy resin gel, the epoxy resin system is arranged in the accommodating space and surrounds the porous element; The porous element absorbs and diffuses a liquid. The fragrance diffuser seat structure according to claim 1, wherein the fragrance diffuser structure further includes a cover body, and the cover system is a glass cover body. According to claim 2, the fragrance diffuser seat structure, wherein the glass cover system is divided into three sizes: large, medium and small. The fragrance diffuser seat structure according to claim 1, wherein the base is a glass petri dish. According to claim 4, the fragrance diffuser seat structure, wherein the glass petri dish is divided into three sizes: large, medium and small. The fragrance diffuser seat structure according to claim 1, wherein the fragrance diffuser structure further comprises a dye, and the dye is dripped into the epoxy resin colloid. The fragrance diffuser structure according to claim 1, wherein the liquid system is an essential oil or a fragrance diffuser.

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