TWM590687U - Contactless energy device - Google Patents

Abstract

A non-contact energy device includes a first isolation layer including an accommodating space. The first isolation layer may be metal material such as stainless steel, aluminum alloy, aluminum, iron, etc. or non-metallic material such as cloth, leather, plastic , Silicone, etc.; and an energy module, which is located in the accommodating space, the energy module can be a single or composite radiation material, and can be powder, granular, block or ball-shaped. This creation can alcoholize the internal substance from the outside of the affected solid or liquid container, without opening the container or touching the solid or liquid in the container, nor limited to the material of the container. This creation does not require electricity, maintenance or loss. The first isolation layer can be wrapped in a second isolation layer and combined with a snap unit. The snap unit allows the creation to be combined with a portable object such as a lanyard for easy portability; or it can enable the creation to be Fix it close to the bottle or container or the object to be acted on.

Description

Non-contact energy device

This creation relates to a non-contact energy device for alcoholic solids or liquids, especially a non-contact energy device that does not require opening and is easy to carry.

Common high-alcohol distilled spirits such as brandy, whiskey, sorghum liquor and vodka, etc., for the average person, the taste is often too pungent. After drinking, the mouth will have a spicy taste that makes it difficult to get into the throat, so if it is To drink the newly brewed spirits directly, people often drink it by adding water, adding ice cubes or mixing wine. If the above-mentioned distilled spirits can be stored for a period of time, the taste of the spirits will become mellow and good, but consumers will need to increase the cost of buying old wines to enjoy the mellow wine. Current related research has found that if the technology of radiation is applied to various items such as alcohol, vinegar, drinking water, tea, vegetables and fruits, etc., radiation can alcoholize the items, thereby improving the taste of drinking, eating or brewing. Began to use radiation technology to irradiate all kinds of objects, and can be widely used in medical treatment, fever, repair, etc.

The conventional method is to use natural ore to add to the liquid to alcoholize the liquid, thereby improving its flavor and becoming a good drink for consumers; but this method is to directly contact the liquid with tourmaline, so there will be food hygiene Doubts about mixed taste, and it is not easy to control the strength of alcoholization to correspond to different wines.

In view of this, the author has accumulated many years of research and practical experience in related fields, and specially created a non-contact energy device to improve the above-mentioned lack of conventional technology.

The main purpose of this creation is to provide a non-contact energy device that allows consumers to alcoholize all types of solids or liquids in a non-contact way before opening the diet.

To achieve the above purpose, the non-contact energy device of the present invention includes a first isolation layer, which includes an accommodating space; and at least one energy module, which is disposed in the accommodating space. This creation alcoholizes the internal substances from the outside of the affected solid or liquid container, without opening the container or touching the solid or liquid in the container, nor is it limited to the material of the container. This creation does not require electricity, maintenance or loss.

This creation can alcoholize all kinds of alcohol, fermented liquids such as vinegar, soy sauce, drinking water, vegetables, fruits, tea, etc.

The first isolation layer can be metallic materials such as stainless steel, aluminum alloy, aluminum, iron, etc. or non-metallic materials such as cloth, leather, plastic, silicone, etc. The energy module can be single or composite radiation material, and can be powder Shaped, granular, massive or ball-shaped.

The first isolation layer can be wrapped in a second isolation layer. The first isolation layer can be combined with a snap unit. The snap unit allows the creation to be combined with a portable object such as a lanyard for easy portability; the snap unit also allows the creation to be hung on a bottle or container or an object to be acted on In order to enable the creation to be fixed near the bottle or container or the object to be used and to play a role.

In order to clearly and fully disclose the creation, the illustrations of the preferred implementations are listed to explain the implementation in detail as described later.

Please refer to the first picture to the second picture to reveal the drawings of the embodiment of the present invention. The above-mentioned drawings illustrate the non-contact energy device A of the present invention, which includes a first isolation layer 1, in this embodiment, the first The isolation layer 1 includes a first isolation element 1A and a second isolation element 1B, but not limited to this, the second isolation element 1B can be combined with the first isolation element 1A, the first isolation element 1A includes an accommodating space 10, the second isolation The piece 1B can seal the accommodating space 10; and an energy module 2, in this embodiment, the energy module 2 includes four energy elements (2A, 2B, 2C, 2D), which are respectively disposed in the accommodating space 10 However, the energy module 2 may include at least one energy element according to the design.

The first isolation layer 1 can be metallic materials such as stainless steel, aluminum alloy, aluminum, iron, etc. or non-metallic materials such as cloth, leather, plastic, silicone, etc., but not limited to this, the first isolation layer 1 will not be Group 2 produces a reaction; the energy components (2A, 2B, 2C, 2D) contained in the energy module 2 can be single or composite radiation materials, respectively, and the radiation materials can be natural minerals that are not limited to far infrared radiation, and can be separately It is powdery, granular, lump or ball-shaped.

The first isolation layer 1 can be wrapped in a second isolation layer 3. The second isolation layer 3 can be made of genuine leather or artificial leather to add texture to the creation. The second isolation layer 3 can be completely covered according to the design Or, the first isolation element 1A and the second isolation element 1B partially covering the first isolation layer 1. The first isolation layer 1 can be combined with a snap unit 11, in this embodiment the snap unit 11 is a snap ring, but not limited to this; the snap unit 11 enables the non-contact energy device A to be used with portable objects If the lanyard is combined, it is convenient to carry the creation out or use it in travel; the snap unit 11 also enables the non-contact energy device A to be hung on the bottle or container or the object to be acted on, so that the creation can be fixed Play near the bottle, container or the object to be acted on.

In the third and fourth figures, when using this creation, only the non-contact energy device A needs to be placed under or on the side of the drinks B, C, and the energy module 2 radiates energy to the drinks B, C. Medium, you can alcoholize beverages B and C, and beverages B and C will not be reduced to the unalcoholized state after alcoholization; users can control the alcoholization time by themselves, as long as the non-contact energy device A is moved away from beverages B and C The alcoholization can be stopped.

The use of non-contact energy device A does not need to open the containers of beverages B and C, so the contents of beverages B and C will not react with the outside air to oxidize; non-contact energy device A does not need to contact the liquids of beverages B and C Therefore, there will be no problems of food hygiene and taste mixing; the non-contact energy device A is not limited to the materials of the packaging containers of drinks B and C, and containers of various materials can be used. The non-contact energy device A can completely alcoholize the contents of drinks B and C, and there will be no situation where only part of the contents are alcoholized. Moreover, the non-contact energy device A does not need to use power, maintenance or loss, and is very convenient to use. The second isolation layer 3 can make the appearance of the creation sufficiently match the appearance of drinks B and C, so that the creation will not appear vulgar and monotonous.

The user can store the non-contact energy device A together with the beverages B and C when carrying the beverages B and C. In this way, when the beverages B and C are to be opened, the alcoholization is completed, and no additional work is required. Wait to open the bottle and enjoy. Drinks B and C can be a variety of alcohols (such as liquor, sorghum liquor, whiskey, red wine, etc.), fermented liquids such as vinegar, soy sauce, and drinking water, which can be given more flavor through this creation. After alcoholization of various alcohols, the taste can become smooth, not pungent and the aroma is enhanced; and the alcohol with higher alcohol concentration, the alcoholization effect is more obvious. Drinks B and C can also be replaced with solid objects such as fruits and vegetables, tea, etc., so that the creation can be alcoholized and have more flavor.

However, the above are only the preferred embodiments of this creation, and should not be used to limit the scope of this creation. Any changes and modifications that can be obviously made by those who are skilled in this industry should be regarded as not inconsistent. The substance of this creation.

1‧‧‧The first isolation layer 1A‧‧‧The first spacer 1B‧‧‧Second spacer 10‧‧‧accommodation space 11‧‧‧Snap unit 2‧‧‧Energy Module 2A‧‧‧Energy components 2B‧‧‧Energy components 2C‧‧‧Energy components 2D‧‧‧Energy components 3‧‧‧Second isolation layer A‧‧‧Non-contact energy device B‧‧‧drink C‧‧‧Drink

The first picture is a perspective view of the creation. The second picture is the exploded view of the first picture. The third picture is a schematic diagram of the creation and use (1). The fourth picture is a schematic diagram of the creation and use (2).

1‧‧‧The first isolation layer

1A‧‧‧The first spacer

1B‧‧‧Second spacer

10‧‧‧accommodation space

11‧‧‧Snap unit

2‧‧‧Energy Module

2A‧‧‧Energy components

2B‧‧‧Energy components

2C‧‧‧Energy components

2D‧‧‧Energy components

3‧‧‧Second isolation layer

A‧‧‧Non-contact energy device

Claims (6)

A non-contact energy device, including: A first isolation layer, which contains an accommodating space; and An energy module is set in the accommodating space. The non-contact energy device as described in item 1 of the patent application scope, wherein the first isolation layer is made of stainless steel metal or plastic. The non-contact energy device as described in item 1 of the patent application scope, wherein a second isolation layer further covers the first isolation layer. The non-contact energy device as described in item 1 of the patent application scope, wherein the energy module is a single or composite radiation material. The non-contact energy device as described in item 4 of the patent application scope, wherein the energy module is in the form of powder, granule, block or ball. The non-contact energy device as described in item 1 of the patent application scope, wherein the first isolation layer further incorporates a snap unit.

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