TWI724922B - Green Energy Emergency Power Jacket - Google Patents

Abstract

A green energy emergency power generation suit, which includes a garment body, two main power generation modules, and a plurality of container units. The garment body is mainly worn on the human body, and chlorophyll emulsion and salt ingots are filled into the container unit of the main power generation module. The zinc rods and carbon rods in the container unit generate electricity and heat at the same time after contacting the chlorophyll emulsion. The generated electricity is stored in the power storage module to provide the power required by the outside world, and the generated heat can provide wearable Those who achieve the purpose of keeping warm.

Description

Green Energy Emergency Power Jacket

The present invention relates to a green energy emergency power generation garment, in particular to a power generation garment structure that can provide both electrical energy and heat energy at the same time.

Consumers are paying more and more attention to outdoor leisure activities. However, since most outdoor activities are carried out in the suburbs or in the wild, many electronic products such as mobile phones or tablets are also carried at the same time. Although they can be carried on the body The power supply is used for charging, but the power that can be supplied by the portable mobile power supply is limited and cannot be continuously provided, which is inconvenient in use. In addition, when the weather is cold, the body’s warmth is extremely important. Generally speaking, consumption Most of them achieve the purpose of keeping warm by wearing clothes with a high degree of warmth. Wearing too many clothes will cause consumer inconvenience in movement. Therefore, how to improve the above-mentioned shortcomings is the author of this case. Where is the technical difficulty to be solved.

The main purpose of the present invention is: it is mainly composed of a garment body, two main power generation modules and a plurality of container units. The garment body is mainly worn on the human body, and the chlorophyll emulsion and salt ingots are filled into the main power generation module. The container unit makes the zinc rod and carbon rod in the container unit generate electricity and heat at the same time after contacting the chlorophyll emulsion. The generated electricity is stored in the power storage module to provide the electricity required by the outside world, and the heat generated is Can provide the wearer to achieve the purpose of keeping warm.

1: Green energy emergency generator suit

2: body

3: Main power generation module

4: Power storage module

41: power storage unit

42: output port

5: Sub-generation module

6: Container unit

61: accommodating space

62: Check valve

63: Zinc rod

64: carbon rod

65: Chlorophyll Emulsion

66: salt ingot

Figure 1 is a perspective view of the present invention.

Figure 2 is a partial schematic diagram 1 of the present invention.

Figure 3 is the second partial schematic diagram of the present invention.

Figure 4 is the third partial schematic diagram of the present invention.

Figure 5 is a schematic diagram of the structure of the storage container of the present invention.

Figure 6 is a schematic diagram of the structure of the power storage module of the present invention.

Please refer to Figure 1, Figure 2, Figure 3, Figure 4, Figure 5 and Figure 6, which are the three-dimensional external view, partial schematic diagram, schematic diagram of the storage container structure and the structure of the power storage module of the present invention Schematic diagram, as can be clearly seen from the figure, the green energy emergency power generation clothing 1 of the present invention mainly includes: a clothing body 2; two main power generation modules 3, which are arranged on the clothing body 2, and two electricity storage modules 4, which are arranged On the garment body 2 and electrically connected to the two main power generation modules 3; a plurality of container units 6 are arranged in the main power generation module 3, and each container unit 6 has an accommodating space 61 and a one-way valve 62 , The accommodating space 61 is further provided with a zinc rod 63, a carbon rod 64, a chlorophyll emulsion 65, and a salt ingot 66; wherein, the power storage module 4 includes at least one power storage unit 41 and at least one output port 42; , The multiple container units 6 are connected in series and parallel, so that they can be added at the same time, and the salt ingot 66 can also be in a liquid state;

Wherein, a secondary power generation module 5 is additionally provided on the clothing body 2, and the secondary power generation module 5 also includes a plurality of container units 6, and the secondary power generation module 5 is electrically connected to the power storage module 3;

The green energy emergency power generation suit 1 is mainly worn by the user. When the green energy emergency power generation suit 1 is worn at the same time, each container unit 6 in the two main power generation modules 3 will simultaneously generate electricity, and The generated power is stored in the power storage unit 41 of the power storage module 4. When the power of the electronic product carried by the user is exhausted, the electronic product can be connected to the output port 42 of the power storage module 4. To charge through the power storage module 4;

In view of the above, the accommodating space 61 of each container unit 6 is provided with a zinc rod 63 and a carbon rod 64. When the user needs to generate electricity, the chlorophyll emulsion 65 and the salt ingot 66 are separated from the container unit 6 The valve 62 is filled into the accommodating space 61, so that the chlorophyll emulsion 65 generates electric energy after contacting the zinc rod 63 and the carbon rod 64, and finally is stored by the electric storage unit 41 of the electric storage module 4, and the salt ingot 66 It is to increase the degree of electrolysis of the chlorophyll emulsion 65 when it comes into contact with the zinc rod 63 and the carbon rod 64;

In addition, when the chlorophyll emulsion 65 is in contact with the zinc rod 63 and the carbon rod 64 to generate electricity, it will generate heat at the same time, and since the two main power generation modules 3 will be close to the user's body at the same time when the clothing body 2 is worn, The heat generated can provide the wearer to achieve the purpose of keeping warm;

The reason for choosing chlorophyll emulsion 65 and salt ingot 66 is that in addition to chlorophyll emulsion 65 and salt ingot 66, which are environmentally friendly substances that can be decomposed naturally, chlorophyll emulsion 65 and salt ingot 66 are also edible foods. When an emergency occurs outdoors, you can also consume chlorophyll emulsion 65 and salt 66 to maintain human body functions;

In addition, another power generation module 5 is provided on the garment body 2, and the secondary power generation module 5 is also the same It contains a plurality of container units 6 and is electrically connected to the power storage module 3. As shown in the figure, the two main power generation modules 3 are mainly installed in front of the clothing body 2, and the auxiliary power generation modules 5 are installed in the clothing body 2. After the body 2, that is to say, under the settings of the main power generation module 3 and the auxiliary power generation module 5, in addition to providing the wearer's overall warmth, it can also increase the overall power generation of the green emergency power generation suit 1;

In addition, the multiple container units 6 included in each of the main power generation module 3 and the auxiliary power generation module 5 are connected in series and in parallel. The series connection can increase the voltage for generating electrical energy, and the parallel connection can increase the current for generating electrical energy. In order to achieve the best power generation efficiency;

In addition, the reason why both the zinc rod 63 and the carbon rod 64 are provided in the container unit 6 is mainly due to the difference in the concentration of the chlorophyll emulsion 65 filled, or the unevenness of the density due to precipitation and other factors after the filling. The zinc rod 63 can produce a better power generation effect with the chlorophyll emulsion 65 with a thicker concentration, and the carbon rod 64 can produce a better power generation effect with the chlorophyll emulsion 65 with a thinner concentration. Therefore, a zinc rod 63 and carbon are provided at the same time. The rod 64 can be adapted to different concentrations of chlorophyll emulsion 65 to achieve the best power generation effect;

In summary, compared with the previous outdoor leisure activities that could not solve the power problems and deficiencies, the green energy emergency power generation garment 1 of the present invention is through the main power generation module 3 and the power storage module 4 on the garment body 2. The design can not only continuously provide the electricity needed by the wearer, but also achieve the effect of keeping warm while wearing. The chlorophyll emulsion 65 and salt 66 used in the filling can not only decompose naturally to achieve the purpose of environmental protection, but also It can be provided for users to eat directly when a critical situation occurs outdoors to achieve the purpose of maintaining human body functions.

The above-listed embodiments are used to illustrate one of the preferred and feasible embodiments of the present invention, and are not used to limit the scope of the present invention. Anyone who is familiar with the art can do a little bit without departing from the spirit and scope of the present invention. Changes and modifications, so the scope of protection of the present invention should be referred to the attached patent application Those defined by the scope shall prevail.

1: Green energy emergency generator suit

2: body

3: Main power generation module

4: Power storage module

Claims (5)

A green energy emergency generating suit, which includes: A body Two main power generation modules, set on the clothing body; Two power storage modules are arranged on the clothing body and are electrically connected to the two main power generation modules; A plurality of container units are arranged in the main power generation module. Each container unit has an accommodating space and a one-way valve. The accommodating space is additionally provided with zinc rods, carbon rods, chlorophyll emulsion and salt ingots; It is mainly to wear the clothes on the human body, and fill the chlorophyll emulsion and salt ingots into the container unit of the main power generation module, so that the zinc rods and carbon rods in the container unit generate electricity and heat at the same time after contacting the chlorophyll emulsion. The generated electrical energy is stored in the power storage module to provide the power required by the outside world, and the generated heat can provide the wearer to achieve the purpose of keeping warm. The green energy emergency power generation suit according to claim 1, wherein the power storage module includes at least one power storage unit and at least one output port. The green energy emergency generating suit as described in claim 1, wherein a plurality of container units are connected in series and in parallel, so that voltage and current can be increased at the same time. The green energy emergency generator suit as described in claim 1, wherein the salt ingot can also be in a liquid state. The green energy emergency power generation garment according to claim 1, wherein a pair of power generation modules is additionally provided on the garment body, the secondary power generation module also includes a plurality of container units, and the secondary power generation module is in conjunction with the power storage module It is electrically connected.

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