KR20100129407A

KR20100129407A - Moment heat cold and warmth water bottle portable

Info

Publication number: KR20100129407A
Application number: KR1020090047959A
Authority: KR
Inventors: 장학진
Original assignee: 장학진
Priority date: 2009-06-01
Filing date: 2009-06-01
Publication date: 2010-12-09

Abstract

PURPOSE: A portable instantaneous-heating cold/hot water bottle is provided to enable beverage to be maintained at a desired temperature anywhere and anytime and to be used for cooking coffee or instant cup ramen. CONSTITUTION: A heat radiating plate(2-4) is attached to the rear side of a thermoelectric element. A cooling fan is installed on a lower end to rapidly cool the heat radiating plate. A water tank and an instrument box are detachable and thus after use, only the water tank is separated and can be washed. An embedded heater is attached to the water tank to provide a coffee pot function. A temperature sensor is attached to prevent overheat and thus after rapid heating, a microprocessor automatically converts to maintain a high temperature.

Description

Moment heat cold and warmth water bottle portable

The present invention is a portable electronic thermos that allows the modern people who have a lot of outdoor activities to instantaneously heat and refrigerate a drink at their desired time when they travel for a long time.

In general, cold storage and thermos used in cars or homes are commonly used for convenience in daily life.

However, the existing thermos has a drawback to carry a coffee pot or thermos separately to provide only a storage function to heat or boil water or beverages.

Existing thermos retains the temperature of the contents as the heat retaining and cooling maintenance functions over time, and the lost temperature cannot be recovered for a long time in use.

The present design uses a curved thermocouple and an input heater for a thermos using a battery. The existing thermoelectric elements are flat, so they are not suitable for a thermos (curve) type, and when used as such, aluminum or secondary attachment is required. Drop it. The thermoelectric element manufactured in the shape of curve (type) is directly embedded in the endothelium and the input heater in the water bottle allows instant heating.

In addition, since the water bottle is made in proportion to the internal size of the cold and warm device, it is easy to clean by increasing the thermal conductivity and making the water bottle separately.

It can also be used semi-permanently when equipped with the recently developed nano power generator energy generating device.

The present invention allows the refrigerator to be refrigerated or heated by attaching the battery to the thermos, which has only a high thermal insulation function, so that the drink can be drunk at the desired temperature anytime and anywhere, and the function of the coffee pot (heater heating) It is a portable instant heating cold and warm bottle that can be used for cooking coffee or cup ramen.

The present invention will now be described in detail with reference to the accompanying drawings.

1 is a method of assembling the overall assembly diagram water bottle (FIG. 1-1) and the main body of the air conditioner (FIG. 1-2) and assembling the lid (FIG. 1-3). 2 skip to each part.

[Fig. 2] The cross-sectional view of the main body of the cold and cold device (Fig. 2-1) is a fixing device of the water bottle (a device for preventing the water dropping out), and the heat insulating material (Fig. 2-2) is not covered by the curved thermoelectric element (Fig. 2-3). It covers all parts and prevents heat loss.

A curved thermoelectric element (FIG. 2-3) is directly attached to the endothelium of the cold temperature device, and a curved heating plate (FIG. 2-4) is directly attached on the curved thermoelectric element (FIG. 2-3) to help heat generation of the thermoelectric element.

(2-5) is a rechargeable battery attachment site, and rechargeable batteries can be used in various types according to their specifications, and they can also be used semi-permanently when the nano power generator energy generator is attached together.

The power supply unit (2-6) with the endothelium is an important grounding area for using a separate water heater, and the control box (2-7) is connected to the operation switch and the temperature sensor (2-8) to prevent overheating and to digitally control the temperature. It is clearly indicated that it is the proper temperature when using it, and the cooling pen (2-9) is blown up from the bottom of the installation at the lower part, and faster cooling is performed using the heat rising from the bottom up.

[Fig. 3] In the cross-sectional view of the main body of the cold temperature device, the heating plate (3-3) and the curved thermoelectric element (3-4) are assembled in the order of the heating plate and the thermoelectric element (3-5), and the outer shell (3-1) is a light material. Endothelial (3-2) uses a thin stainless steel.

[Fig. 4] The curved thermoelectric element generates higher thermal efficiency than the conventional planar thermoelectric element, which can be explained because the area of the outer shell (Fig. 4-1) and the endothelial (Fig. 4-2) is different due to the characteristics of the curve. Do.

As shown in the figure, in the case of cooling, the curved thermoelectric element (Fig. 4) has an ellipsoidal area of the envelope (Fig. 4-1) and has a smaller area than the envelope (Fig. 4-1). The effect of concentrating in one place, while the outer skin (Fig. 4-1) in a large area of fever will be that fast.

[Fig. 5] When the control means (for example, heating) selects the corresponding button high-speed heating (Fig. 5-8), the microprocessor (Fig. 5-11) is input through the input port (Fig. 5-10). 5-3) is activated and the temperature sensor (Fig. 5-5) detects and transfers it to the microprocessor (Fig. 5-11) when a certain temperature is reached. At this time, the microprocessor (Fig. 5-11) is used to prevent overheating. The power is switched to the shut-off and warm-up mode through the current-wound relay (Fig. 5-14), and the curved thermoelectric element (Fig. 5-1) is operated in the refrigeration and warming mode, and in the case of the cooling pen (Fig. 5-2). It works only for refrigeration and allows you to see the current temperature and setting on the indicator lamp (Figures 5-12).

As a power source, a rechargeable battery (Fig. 5-13) is used, and the rechargeable battery is charged by using an attorter in the charging port (Fig. 5-14).

[Figure 6] The built-in water bottle is made of all stainless steel and the drawing outlet (5-1) and the lid (5-2) are made of a light material that is waterproof, and when the fixing groove (5-3) is inserted into the body of the cold and warm device, It prevents the phenomenon, and in the case of the insertion groove (5-4), it prevents the pressure from being pulled out, and it is fixed to be inclined at the time of insertion, and the input heater (5-5) is for the purpose of instantaneous heating, and the power connection (5-6) It's a form that delivers power.

This product is available in:

1) Mountain climbing and various sports

2) Cars, chairs with scare holders

3) Accessories for various outdoor activities

1 is an overall assembly

2 is a cross-sectional view of the main body

3 is a cold vessel main body ship cross section

Figure 4 is a curved thermoelectric element

5 is a control means

6 is a built-in water bottle

Claims

The present invention is an electronically controlled cold and hot water tank using a battery, which is similar in shape to a thermos bottle and relates to heating and refrigeration.

In the heating and cooling method, a heating plate is attached to the rear of the thermoelectric element, and a cooling pen is installed at the bottom so that the cooling pen blows up and down to cool the heat of the heating plate quickly.

In addition, the water bottle and the box of the device are in an unfavorable type, and after use, only the water bottle can be taken out and washed in water, and the built-in input heater is attached to the water bottle to function as a coffee pot, and the temperature sensor is used to prevent overheating. Versatile portable electronic water bottle (drink, etc.) that allows the microprocessor to automatically switch to maintain a high temperature after high-speed heating

The method of claim 1

The thermoelectric element is made of a thermoelectric element curved to give a difference in the area of the inner and outer surfaces of the thermoelectric element, so that the thermal conductivity or heat generation is faster, and the shape is curved, so that the secondary material (a material such as aluminum) is formed on the wall of the water bottle. It can be adhered directly without using.

The method of claim 1

The water bottle should be washed after using the water bottle. The water bottle is separated from the water, so the product is characterized in that it can not be cleaned.