KR920004744Y1 - Iron - Google Patents

Abstract

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Description

Iron

1 is a partial cross-sectional front view of an embodiment of the present invention.

2 is a plan view of the iron body.

3 is an enlarged schematic view of a main part.

4 is a schematic view of main parts of a conventional example.

* Explanation of symbols for main parts of the drawings

1: steam room 2: heater

3: iron body 4: steam supply hose

14: Customs

The present invention relates to iron.

Generally, when performing iron work, it is not used continuously but what is called intermittent use. In other words, when the ironing of one garment is finished, it is necessary to prepare the next garment. Therefore, in the case where the iron main body having the steam chamber and the heater unit and the steam supply hose for supplying steam from the upper steam chamber of the iron main body are provided, there is a state in which the steam supply is stopped (an idle state). In Fig. 4, as shown in Fig. 4, a drain assembly b is formed in the steam supply hose a slightly above the iron body. This is because the steam supply hose a is cooled and a drain is formed in the hose a, but in the vicinity of the iron body, a part of the drain in the steam chamber c becomes steam and is pressurized and returned as shown by the arrow.

However, if steam is supplied to the steam supply hose (a) again while the drain assembly is formed, drainage may bleed out of the steam outlet of the iron body, which may damage the ironed clothing, thereby restarting it. At that time, so-called empty air must be delivered, resulting in poor workability.

Therefore, an object of the present invention is to provide an iron that can be ironed without forming a drain assembly in the steam supply hose even in intermittent use.

In order to achieve the above object, the iron according to the present invention is an iron body having a steam chamber and a heater unit and a steam supply hose for supplying steam to the steam chamber of the iron body from above. A tubule is inserted into the hose for use, one end of the tubule is opened into the steam chamber in the city, and the other end of the tubule is opened in the upper middle part of the hose for supplying steam.

Once the steam supply to the steam supply hose is stopped during the ironing process, a part of the drain in the steam chamber becomes steam, and the steam enters into the customs at one end of the customs opening in the steam chamber and is discharged from the other end. Therefore, the steam from this customs pressurizes the dray gathering place to form and flows into the steam chamber.

Hereinafter, embodiments will be described with reference to the drawings.

1 shows an iron according to the present invention, which is a steam body 1 having a steam chamber 1 and a heater portion 2 and steam on the steam chamber 1 of the iron body 3 from above. A steam supply hose 4 for supplying steam is provided, and the steam supply hose 4 is connected to a steam generator 5 such as a boiler.

And the iron body 3 consists of the heating body 6 in which the steam chamber 1 and the heater part 2 are formed, and the bottom plate 7 attached to the lower surface of this heating body 6, The heating chamber 8 is supplied with steam from the steam chamber 1 to the heating body 6, and the steam is supplied to a plurality of steam outlets, not shown in the base surface 7a of the bottom plate 7. ) Is formed. In addition, the vapor chamber 1 and the heating chamber 8 are connected to each other through a communication path 8. That is, as shown in FIG. 2, the vapor chamber 1 is provided in the base end side of the heating body 6, and the heating chamber 8 is provided in the front end side of the heating body 6, and the communication path 9 ) Consists of a first diagram 9a opening into the steam chamber and a second diagram 9b opening into the heating chamber 8, and the first and second furnaces 9a, 9b) is connected by a switchgear.

Moreover, the cylinder 11 is installed in the heating chamber 8, and this cylinder 10 communicates with the steam jet port of the base surface 7a of the bottom plate 7. As shown in FIG.

Moreover, the heater part 2 is provided in the heating body 6 in substantially V shape as shown in FIG.

In addition, the steam supply hose 4 becomes a U-shape viewed upside down, and is connected to the iron body 3 so that one end 4a is opened in the steam chamber 1, and the other end 4b is a steam generator 5. ) Is suspended through the main body 13 hanging from the ceiling 12 or the like.

Accordingly, the steam from the steam generator 5 is supplied to the steam chamber 1 of the iron body 3 by the steam supply hose 4. Here, when the opening and closing member 10 is operated to communicate the first passage 9a and the second passage 9b, steam enters the heating chamber 8 from the steam chamber 1, and again through the cylindrical body 11. It blows off at the steam outlet of the bottom plate 7.

In addition, when the opening / closing member 10 is closed and the first passage 9a and the second passage 9b are closed, steam does not enter the heating chamber 8 and does not blow out to the jet port.

Then, the tubing 14a is inserted into the steam supply hose 4 with one end 14a opening into the steam chamber 1 and the other end 14b opening into the upper middle part of the steam supply hose 4. Here, the upper middle portion means a position slightly higher than the drain collection portion formed when the steam supply is stopped as in the prior art, as shown in FIG. 4 when the tubule 14 is not provided. 15 is a handle installed in the iron body (3).

In the iron structured as described above, even when the supply of steam is once stopped, the drain collection portion is not formed in the steam supply hose 4 as in the related art. That is, when the supply of steam is stopped and the steam supply hose 4 is cooled and does not have the range (A) tubule 14 shown in FIG. 3, the drain set is formed in the range where the drain set is formed. Some of the drains in the island-in-sea steam chamber 1 become steam, and the steam enters into the customs 14 at one end 14a of the customs 14 and is discharged from the other end 14b as shown by the arrow. The drain set to be formed by the steam from is pressurized downward in order to flow into the steam chamber 1 as shown by the arrow, so that the drain set is not formed in this range (A).

Therefore, in this iron, even when it is used intermittently, the drain does not blow out from a steam jet port.

In addition, the present invention is not limited to the above embodiments, and the design can be freely changed within the scope not departing from the gist of the present invention. Do.

Since this invention is comprised as mentioned above, there exists an effect described below.

Once the supply of steam to the steam supply hose 4 is stopped, the drain set is not formed in the steam supply hose 4, and the steam is drained from the iron body even when the steam supply is started again. Since it is not ejected, ironing can be performed without damaging clothes. Therefore, when it resumes like conventionally, it is not necessary to carry out steam vacancies, and it is excellent in workability.

Claims (1)

The iron body 3 which has the steam chamber 1 and the heater part 2, and the steam supply hose 4 for supplying steam from the upper part to the steam chamber 1 of this iron body 3 are provided. In the iron, the tubular pipe 14 is inserted into the steam supply hose 4, and one end 14a of the tubular pipe 14 is opened in the vapor chamber 1, and the tubular pipe ( The other end 14b of 14) opened the upper middle part in the steam supply hose 4, The iron characterized by the above-mentioned.