CN204715096U - A kind of vacuum electric flatiron - Google Patents

Abstract

The utility model provides a high-efficiency and energy-saving vacuum electric iron, which comprises an energy storage box, a heating rod, a heat conducting rod, a vacuum superconducting sealed heat conducting tube, an elastic hanging rope, a water storage tank and an iron body. The main body of the iron is composed of an aluminum plate, a heat conducting medium layer, a water vapor layer, a heat insulating layer and a water inlet system. The material of the vacuum superconducting sealing tube is aluminum alloy, which is composed of a vacuum heat pipe and a heat insulation pipe. In order not to be scalded during use. The utility model utilizes the heat preservation device and the vacuum heat conduction device to realize rapid heat conduction and work in a non-energized state for a long time, so as to achieve the goals of energy saving, consumption reduction, safety and reliability.

Description

A vacuum electric iron

technical field

The utility model relates to a vacuum electric iron, which belongs to the field of textile industry application or household appliances.

Background technique

The electric irons currently on the market have a common feature, that is, they consume a lot of power. The power of most electric irons is about 1000W, and most of them are in a half-working state, especially But for industrial use, the waste of intangible resources is quite large, which has caused a major loss in the cost of an enterprise, and at the same time has a certain violation of the energy-saving society proposed now. Therefore, there is a special need for an energy-saving iron that breaks through the tradition to meet the needs of the current majority of users and save energy for our society.

In addition, the current household electric irons are mainly divided into ordinary electric irons without a thermostat and relying on people to control the power-on time, and temperature-regulated electric irons that use bimetallic strips to control the temperature. The former is very dangerous when people forget to turn off the power switch; the latter still maintains a large power output when the thermostat fails or people are not using it, which wastes energy and also poses a fire hazard.

Contents of the invention

The purpose of this utility model is to improve the safety of the electric iron and reduce energy consumption at the same time. A high-efficiency and energy-saving vacuum electric iron is proposed, which uses a heat preservation device and a vacuum heat conduction device to realize rapid heat conduction and work in a long-term non-energized state, achieving Energy saving, safety and reliability.

In order to achieve the above purpose, the technical solution adopted by the utility model is: a vacuum electric iron, including an energy storage box, a heating rod, a heat conduction rod, a vacuum superconducting sealed heat conduction tube, an elastic sling, a water storage tank, and an iron body. It is characterized in that the shape of the vacuum iron adopts a traditional appearance design, and at the same time, the water inlet pipe and the full-vacuum superconducting sealed heat-conducting pipe are elastically connected, so users can perform ironing operations in multiple aspects and angles. The energy storage box uses electric heating rods to heat the heat transfer oil in the energy storage box, and a temperature sensor is installed in the thermal energy storage box to control the heating temperature. At the same time, the vacuum heat pipe and the electric heating rod carry out heat transfer synchronously. Since the vacuum heat pipe has high-efficiency isothermal and low-loss heat conduction capacity, the temperature of the soleplate of the iron can be the same as that of the heat transfer oil in a short time. In addition, when heat transfer occurs on the base plate, the spray system on the base plate can also work at the same time. Press the steam spray button, the water control lever will open the drip nozzle, and the water will drop into the vaporization chamber to vaporize, and the steam will be sprayed from the steam spray hole on the base plate. squirt.

The utility model adopts the above-mentioned technical scheme, realizes multi-faceted and multi-angle ironing operations through the elastic connection between the water inlet pipe and the full vacuum superconducting sealed heat pipe; the energy storage box uses electric heating rods to heat the heat transfer oil in the energy storage box, and the power supply It works in the thermal energy storage box and is completely isolated from the iron, which achieves a good anti-shock effect and is safer and more reliable to use. The heat transfer is carried out synchronously through the vacuum heat conduction tube and the electric heating rod, so as to realize rapid heat conduction and work in a non-energized state for a long time.

Description of drawings

Below in conjunction with accompanying drawing, the utility model is further described.

Figure 1 is a schematic diagram of the overall structure of the utility model.

FIG. 2 is a schematic diagram of an enlarged structure of the full vacuum superconducting sealed heat pipe in FIG. 1 .

Fig. 3 is a schematic structural view of the iron body in Fig. 1.

In the figure: 1. Energy storage box, 2. Heating rod, 3. Full vacuum superconducting sealed heat pipe, 4. Elastic sling, 5. Water storage tank, 6. Iron body, 7. Vacuum heat pipe, 8. Heat insulation Tube, 9. Vacuum layer, 10. Aluminum plate, 11. Heat conduction medium layer, 12. Water vapor layer, 13. Steam injection hole, 14. Steam injection button, 15. Heat insulation layer, 16. Water inlet system

Detailed ways

The vacuum electric iron described in the utility model, as shown in Figure 1, includes an energy storage box (1), a heating rod (2), a full vacuum superconducting sealed heat pipe (3), an elastic sling (4), and a water storage tank (5 ), iron body (6) and other parts. The heating rod (2) is connected to the power supply, heats the heat conduction oil in the energy storage tank (1) through the heating rod, and controls the oil temperature through the sensor inside the tank. The oil temperature is maintained. At the same time, heat transfer is performed synchronously through the vacuum heat conduction tube (3) and the electric heating rod (2).

As shown in Figure 2, since the vacuum superconducting sealed heat pipe (3) is composed of a vacuum heat pipe (7) and a heat insulation pipe (8), the middle of the two parts is a vacuum layer (9), the heat pipe transfers heat, and the heat insulation pipe It plays the role of heat preservation and heat insulation to ensure that the heat is not lost during the transfer process, and has efficient isothermal and low-loss heat conduction capacity.

As shown in Figure 3, the heat conduction medium is transferred to the heat conduction medium layer (11) of the iron body through the heat pipe, and the bottom aluminum plate (10) of the iron body (6) can be combined with the heat conduction medium layer (11) in a short time. same temperature. While heat transfer occurs on the bottom plate, the spray system on the bottom plate can also work at the same time. Press the steam spray button (14), the water inlet system (16) will be turned on, and the water in the water storage tank (5) will drip into the iron body. The water vapor layer (12) vaporizes in the vaporization chamber and sprays out from the steam injection hole (13) and the injection hole of the bottom plate.

Claims (5)

1. a vacuum electric flatiron, is characterized in that: comprise accumulation of energy case (1), heating rod (2), superconducting sealing heat pipe (3), elasticity lifting rope (4), water storage box (5), iron body (6); Utilize superconducting to seal heat pipe and the heat-conducting medium inside accumulation of energy case is delivered to iron body, make the temperature that soleplate reaches identical with heat-conducting medium at short notice.

2. a kind of vacuum electric flatiron according to claim 1, superconducting sealing heat pipe is made up of vacuum heat-pipe (7) and instlated tubular (8) two parts, be vacuum layer (9) in the middle of two parts, heat pipe transferring heat, thermal insulation layer plays the effect of insulation, ensure that heat does not scatter and disappear in the process transmitted, be not burned when ensure that use simultaneously.

3. a kind of vacuum electric flatiron according to claim 1, accumulation of energy case (1) utilizes the conduction oil in electrically heated rod (2) heating accumulation of energy case, and the temperature that temperature sensor can control to heat is housed in hot accumulation of energy case.

4. a kind of vacuum electric flatiron according to claim 1, iron body is by aluminium sheet (10), and heat-conducting medium layer (11), vapor permeating layers (12), jetted hole (13), spray vapour button (14), thermal insulation layer (15) and a few part of water inlet system (16) form.

5. a kind of vacuum electric flatiron according to claim 2 or 4, it is all adopt elasticity to be connected that its water inlet pipe and vacuum superconduction seal heat pipe, and therefore user can in carrying out flatiron operation that is many-sided, multi-angle.