ES2887405A1 - Automatic ironing procedure and steam ironing device (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Steam ironing device as well as steam ironing device set. Steam ironing device (1) comprising: internal structure (2), heating circuit (3), steam ducts (4), steam outlet holes (5), fixed clamping devices (6), fixing devices extendable clamping (7), mobile clamping devices (8), steam inlet hole (9) and protection device (10). Steam ironing device kit with a steam ironing device of the aforementioned type further comprising: external structure (12), openings (15), gripping devices (14), cavity (16), primary steam duct (11), water tank (17) and boiler (18) characterized in that the ironing is carried out by means of an automatic process to avoid all the inconveniences of the manual process. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Automatic ironing procedure and steam ironing device

Object of the invention

Automatic ironing procedure for all types of fabrics and steam iron for professional use.

Technical sector

The purpose of this Invention Patent Application is a new Fabric Ironing Procedure as well as a new Steam Ironing Device.

Background of the invention

Currently in the state of the art, domestic and professional irons are commonly known that have different benefits such as: dry and steam, temperature control systems, automatic steam output, designs on its handle, with electronic longitudinal pressing table, etc. ; which facilitate and improve the work of ironing garments.

Different models of plates are known, manufactured with different designs and with different functions which vary in, for example:

• Plate with horizontal design. It offers: the auto-off system, extra steam button, flexible cord, dry or steamed and non-stick base. (see Photo 1).

• Ironing center with horizontal design. It offers: professional quality, it has an Eco Zone System and allows you to easily adjust the temperature (see Photo 2).

• Portable iron with vertical design. It offers: 1000 W power, a 100 ml capacity tank, a two-meter cable for easy handling and its dimensions make it ideal for traveling (see Photo 3).

• Ironing center with vertical design. It offers: a flat surface against which garments can be easily rested, reducing their movement, easy to transport because it tilts and has large wheels, (see Photo 4).

• In a recent search prior to sending this application, the following have also been found:

irons with automatic systems, which: one has a process of stretching and drying the garments by means of a plastic filler, simulating ironing; another which has a cylindrical roller that heats up and that in contact with the garment produces a very slight smoothing since its function is to fold the clothes; another disperses perfume on the only garment it accepts and then disperses heat to re-dry the perfume on the garment; but none carry out a true ironing process, not even with steam.

• However, one last iron has been found: it has an intelligent programming for ironing but needs to mount a very large stage with tall wooden beams that hold the garment and in which a square device is located on one side of the beam, which passes steam into the garment by physically slipping from right to left of the only garment that it admits, which requires a very large longitudinal and height space to install it and is not practical for handling by a person or useful for a normal house.

Disadvantages previous peeling

The plates found in the State of the Art have the following disadvantages:

Horizontal layout:

• Due to its shape and design, when the iron is inadvertently used, it is left in a horizontal position on the garment, causing it to burn or damage and even cause a fire.

• Due to its shape and design, when using the iron and leaving it in a vertical position while we move the clothes, it falls to the ground and breaks, even causing physical injury.

Vertical layout:

• The distance between the handle and the heating section is very small, which implies that the heat is perceived by the user in a very direct way.

• Due to its shape and design, when using the iron it requires more manual effort and meticulous attention, exhausting the body's joints and eyesight.

In General of both:

• Clothes can only be ironed one at a time, which means taking a long time until the entire load of clothes is completely finished.

• They have a very small water tank, having to continuously recharge until all the clothes to be ironed are finished.

• It requires a long time of use to obtain the ironing result, thus causing possible burns, shoelaces or physical contractures due to prolonged use.

Advantages of the invention

The Steam Ironing Device 1 object of the present Invention Patent application has the following advantages with respect to those that exist in the State of the Art, such as:

• With this configuration, it is an automatic process, which means that it does not require manual effort. In turn, avoiding any possible physical injury caused by effort and prolonged use.

• It is not necessary to control the horizontal or vertical position inadvertently to avoid causing any damage to the device, the garment or the user.

• The steam system is activated automatically when the iron is turned on and it is also deactivated automatically once ironing is finished, thus improving its performance by avoiding the waste of steam that is not going to be used, as well as, not having to be controlling said steam output.

• The heatable plate does not come into direct contact with the garment, so there are no burns, damage and even subsequent wrinkles.

• The steam is distributed evenly throughout the clothes, thus ensuring efficient ironing by completely removing wrinkles in a single ironing. And thanks to its uniform distribution, odors are eliminated.

• Another feature is the safety transmission, since the iron is insulated, avoiding any possible physical burn due to the user's carelessness when being near or touching it.

• The new structure allows the water vapor to be concentrated throughout the laundry load, achieving the ironing result in a very short time.

• Its dimensions offer the capacity to place and iron a lot of clothes at the same time.

• It has a ventilation system so that the water vapor does not condense and prevent it from wetting the clothes.

• It is equipped with special security devices related to their operation, acting from the beginning of the practice.

• It solves the problems of low efficiency, need for manual operation, repetition and effort in ironing due to difficult wrinkles, ironing one garment at a time, long working time and the like in the prior art.

List of attached figures

Figure 1. Overview of the Steam Ironing Device Set.

Figure 2. Internal front view of the Steam Ironing Device.

Figure 3. Internal top view of the Steam Ironing Device.

Figure 4. Angulation of the steam system.

Figure 5. Section of the fastening system.

Figure 6. External front view of the Steam Ironing Device.

Figure 7. Upper external profile view of the Steam Ironing Device.

Explanation of the invention

The object invention is based on a new type of ironing procedure as well as a new type of steam iron, as can be seen in Figures 1, 2 and 6.

Automatic fabric ironing procedure by means of a steam ironing device 1 where the ironing is carried out by means of an automatic process, in order to avoid all the inconveniences of the manual process.

Automatic ironing procedure in which ironing, regardless of the type of fabric, takes place under the influence of steam, commonly known to offer professional straightening.

Steam ironing device 1, especially a steam iron or an ironing station, which comprises: a) Internal structure 2; b) Heating Circuit 3; c) Steam ducts 4; d) Steam outlet holes 5; e) Fixed clamping devices 6; f) Extendable clamping devices 7; g) Mobile clamping devices 8; h) Steam inlet hole 9; i) Protection device 10; j) Primary vapor conduit 11; k) External structure 12; I) Insulator 13; m) Grip device 14 n) Opening 15; ñ) Cavity of the primary steam conduit 16; o) Water tank 17; p) Boiler 18 and q) Pressure sensor 27.

Its dimensions and composition make it exclusively for professional use, since it is too heavy for one person to handle and too large for the standard size of a house. Despite its dimensions and weight, it is not a handling problem for the user, since professionals use it among more than one person and when used professionally, they already have an allocated space and are not in any moment assembling and disassembling the iron, if not, that wherever it is installed it will remain in use.

The Steam Ironing Device Set is preferably rectangular in a horizontal position, formed by a circular structure and preferably made of noble metals and their alloys. Which makes the design very attractive and at the same time gives it a very high quality as they are materials that are not very susceptible to corrosion and rust. It is also suitable for all types of fabrics and its measurements are preferably between 180 cm and 200 cm long, between 100 cm and 120 cm wide and 90 cm high.

The dimensions of the steam ironing device 1 as shown in Figures 1, 2, 5 and 6 allow users wearing medium-sized garments to place up to four garments per horizontal load level 22, 23, 24, 25, two in one side and another two on the other side, and users who wear large garments can place up to two garments per horizontal load level 22, 23, 24, 25, one on each side. Which makes its use possible for all types of users, regardless of their physical complexions.

The steam system is activated automatically by means of the on and off button 19. This is deactivated when the ironing process is finished, which is determined by a pressure sensor 27. If we want to interrupt the process in operation due to forgetting garments not placed , all you have to do is press button 19, wait for the steam to dissipate and the heating circuit 3 to cool down, thus avoiding any type of burn. In addition, steam is released constantly throughout the ironing process.

The heating circuit 3 is formed by horizontal and vertical steam ducts 4 which are circular. It includes one or several steam outlet holes 5, which have different angles depending on their position in the internal structure 2, so that they are all inclined towards the central focus 20. This ensures that the steam is distributed evenly. for the full laundry load, in order to obtain an effective result by removing wrinkles from the garment in a single ironing. These angles vary according to their position, as can be seen in Figure 4 as follows: The steam outlet holes 5 located in the upper central horizontal duct 4 direct the water steam at 90° angles with respect to the horizontal , towards the lower area of the internal structure 2; the holes 5 located in the upper lateral horizontal ducts 4, direct the steam at angles of 45° with respect to the horizontal, so that the holes 5 of the upper left side horizontal duct 4 direct the steam towards the lower right area of the internal structure 2 while the holes 5 of the upper right side horizontal duct 4 direct the steam towards the lower left area of the internal structure 2. this mode occurs in reverse in the opposite area, so that the holes 5 of the lower central horizontal duct 4 direct the steam at angles of 90° with respect to the horizontal towards the upper area of the internal structure 2. The holes 5 located in the lower lateral horizontal ducts 4 direct the steam at 45° angles with respect to the horizontal, so that the holes 5 of the lower left lateral horizontal duct 4 direct the steam towards the upper right area of the internal structure 2 while the holes 5 holes 5 of the lower right side horizontal duct 4 direct the steam towards the upper left area d e the internal structure 2. At the same time something similar happens in the vertical ducts 4, the central vertical ducts 4 direct the steam with angles of 90° with respect to the vertical, towards the front of the opposite side of the internal structure 2, and the lateral vertical ducts 4 that direct the steam with angles of 45° on the horizontal plane with respect to the vertical axis of the duct 4. All this in order to focus the water steam to the center of the laundry load, as mentioned previously.

The internal structure 2 preferably comprises five load levels 22, 23, 24, 25, 26. These levels are the spaces intended for placing clothes; which four levels 22, 23, 24, 25 are located in a horizontal space and a fifth load level 26 located in a vertical space. The distance between the four horizontal loading levels 22, 23, 24, 25 is twenty centimeters each and the distance between the fourth level 25 and the fifth level 26 is thirty centimeters. The four horizontal levels 22, 23, 24, 25 are intended for larger garments and their placement on a horizontal plane in a stretched manner, the vertical load level 26 is intended for small garments, and their placement on a vertical plane hanging way.

The internal structure 2 includes fixed clamping devices 6, extendable clamping devices 7 and mobile clamping devices 8; preferably clothespins. With an adequate distribution within the internal structure 2 that allows the garments to remain stable, preventing them from moving during the ironing process, so that an efficient ironing is achieved. In addition, these fastening devices 6, 7 and 8 are preferably made of the same material as the internal structure 2.

The fixed fastening devices 6 include a protective material inside their edges, in order to prevent the clothes from being marked once the ironing process is finished. They are located in the four horizontal load levels 22, 23, 24, 25 distributed in such a way that there is one in each lateral vertical duct 4 and two in each central vertical duct 4, which have an approximate angle of 80° on the plane. horizontal with respect to the vertical axis, one slightly to the right and the other slightly to the left, as shown in Figure 1 and 4. These hold one end of the garment placed horizontally on this same side of the internal structure 2 .

The extensible fastening devices 7 include a flexible and elastic material with an adjustable length in order to achieve the necessary distance to fasten the other end of the garment located on the opposite side of the horizontal load level in which it is located. They are located in each of the four horizontal load levels 22, 23, 24, 25 slightly above the fixed clamping devices 6, one in each lateral vertical duct 4 and two in each central vertical duct 4 which, having a separation of approximately 45° between one and the other with respect to the vertical axis, one slightly to the right and the other slightly to the left, as can be seen in Figures 1 and 4.

The mobile fastening devices 8 include a metal coupling, preferably a ring, which allows them to be moved in the horizontal direction and is located at the fifth vertical load level 26; in order to take full advantage of the linear space to place the clothes.

The protection device 10 includes a material resistant to high temperatures, preferably polyester. It is located in the lower area of the internal structure 2 covering its same extension and is removable, in order to prevent the clothing from contacting the ground during the garment donning phase. It also prevents the internal structure 2 from contacting the ground directly.

The external structure 12 preferably has a rectangular shape, more specifically a lid or drawer, and is made of the same material as the internal structure 2. It includes an insulator 13, one or more gripping devices 14, at least one cavity of the primary steam duct 16 and one or several openings 15 for the exit of excess steam. It also provides physical protection to the internal structure 2.

The water tank 17 is preferably located at the same height level as the base of the internal structure 2 and the base of the external structure 12, leaving the set of the steam ironing device as a whole in the same plane separated by the duct of primary steam 10, as shown in Figure 7. This allows greater comfort with respect to manual irons, not having to load it by weight for use and providing greater ease when filling with water. Provides the capacity to contain the amount of water necessary for the completion of at least one ironing process; in this way we do not have to be attending to recharge the water while it is in use.

The pressure sensor 27 detects when the water and therefore its steam has run out, and is the one who concludes the ironing process.

The boiler 18 commonly known for converting water into high pressure steam which, when converted directly by the iron, provides professional straightening. Being outside the plate allows a greater capacity of water to the tank 17 and this can be refilled at any time.

The external structure 12 concentrates the water vapor inside the internal structure 2, so it can iron the clothes in a few minutes. Achieving the ironing result in an estimated time of less than ten minutes for the entire load of laundry. In addition, the water vapor is distributed evenly throughout the entire laundry load, in order to obtain an effective result by removing wrinkles from the garment in a single ironing.

Brief description of the drawings

Figure 1 is the general perspective of the steam ironing device set showing the external structure 12, the gripping devices 14, the cavity 16, the primary steam duct 11, the water tank 17 together with the boiler 18 , the on/off button 19 and the power cord 21.

Figure 2 shows the internal front view of the Steam Ironing Device 1 where it is shown: the internal structure 2; heating circuit 3; steam ducts 4; steam outlet holes 5; the fixed clamping devices 6; the extensible clamping devices 7; mobile clamping devices 8; steam inlet port 9; and the five laundry load levels 22, 23, 24, 25, 26. It also represents the internal rear view.

Figure 3 is the internal top view of the Steam Ironing Device 1 where its shape can be seen, with the steam ducts 4 forming the heating circuit 3 and the protection device 10 located under the internal structure 2.

Figure 4 shows the Angulation of the steam system where the direction to which the steam is directed and the central focus 20 can be seen.

Figure 5 shows a section of the fastening system where the level of position and angulation of the fixed 6, extensible 7, and mobile 8 fastening devices can be seen.

Figure 6 is the external front view of the Steam Ironing Device where the shape of the external structure 12, the cavity of the primary steam conduit 16 and the grip device 14 can be seen. It also represents the external rear view.

Figure 7 shows the external top profile view of the Steam Ironing Device where the external structure 12, the grip device 14, the openings 15 and the cavity of the primary steam duct 16 are differentiated.

Preferred embodiment of the invention

In view of the aforementioned figures, and in accordance with the adopted numbering, an example of a preferred embodiment of the invention can be observed, which comprises the parts and elements that are indicated and described in detail below.

This embodiment being an automatic fabric ironing procedure by means of a steam ironing device 1 where the ironing is carried out by means of an automatic process, in order to avoid all the inconveniences of the manual process and which, regardless of the type of fabric , takes place under the influence of water vapor, which claims to offer professional straightening.

Thus, as can be seen in figures 1, 2 and 6, a possible preferred embodiment of the steam ironing device in question, which has an automatic ironing procedure, essentially comprises the following elements:

Steam ironing device 1, especially a steam iron or an ironing station, which comprises:

• an internal structure 2, where to place the clothes;

• a heating circuit 3 which is formed by the steam ducts;

• some steam ducts 4, through which the steam circulates until it reaches the garment;

• some steam outlet holes 5 through which the steam comes into contact with the garments;

• some fixed fastening devices 6 which are used to fasten the garments on this same side and level in which they are located, which are located in the first four load levels 22, 23, 24, 25 and hold the garments in a horizontal position; • some extensible fastening devices 7 which grab the other end of the garment on the opposite side of the level in which they are located, which are located in the four first load levels 22, 23, 24, 25 and hold the garments in a horizontal position;

• Mobile fastening devices 8 which hold the garments of the fifth load level in a vertical position;

• a steam inlet hole 9 through which the steam duct 11 is inserted inside the internal structure 2;

• a protection device 10 which prevents direct contact of the garments and the internal structure 2 with the ground;

• a primary steam line 11 which sends the steam from its generator to the steam lines 4;

• an external structure 12 which concentrates the steam in the entire laundry load and also physically protects the internal structure 2;

• an insulator 13 which keeps the external structure 12 isolated from the heat produced by the heating circuit 3 and protects the user from possible burns;

• gripping devices 14 by means of which it is possible to mobilize the external structure 12;

• one or more openings 15 which allow excess steam to escape during the ironing process;

• a cavity of the steam conduit 16 which, allows to pass to the primary steam conduit 11 while the external structure 12 is in operation;

• a water tank 17 which has the water capacity to carry out at least one ironing process;

• a boiler 18 which generates pressurized steam;

• a pressure sensor 27 which detects when the water runs out and therefore ends the ironing process.

In this preferred embodiment, as can be seen in figures 1, 2, 3, 6 and 7, the steam ironing device set is preferably rectangular in a horizontal position, formed by a circular pipe structure, and preferably made of noble metals. and its alloys. Which makes the design very attractive and at the same time gives it a very high quality as they are materials that are not very susceptible to corrosion and rust. In addition to being suitable for all types of fabrics, its measurements are preferably between 180 cm and 200 cm long, between 100 cm and 120 cm wide and 90 cm high.

In another preferred embodiment, shown in figures 2, 4 and 5, the heating circuit 3 is formed by horizontal and vertical steam ducts 4 which are circular. It includes one or several steam outlet holes 5, which have different angles depending on their position in the internal structure 2, so that they are all inclined towards the central focus 20. This ensures that the steam is distributed evenly. for the full laundry load, in order to obtain an effective result by removing wrinkles from the garment in a single ironing. These angles vary according to their position, as can be seen in Figure 4 as follows: The steam outlet holes 5 located in the upper central horizontal duct 4 direct the water steam at 90° angles with respect to the horizontal , towards the lower area of the internal structure 2; the holes 5 located in the upper lateral horizontal ducts 4, direct the steam at 45° angles with respect to the horizontal, so that the holes 5 of the upper left lateral horizontal duct 4 direct the steam towards the lower right area of the structure internal structure 2 while the holes 5 of the upper right lateral horizontal duct 4 direct the steam towards the lower left area of the internal structure 2. In this way, the reverse occurs in the opposite area, so that the holes 5 of the horizontal duct 4 lower central direct the steam at 90° angles with respect to the horizontal towards the upper area of the structure 2. The holes 5 located in the lower lateral horizontal ducts 4 direct the steam at angles of 45° with respect to the horizontal, so that the holes 5 of the lower left lateral horizontal duct 4 direct the steam towards the upper right area of the the internal structure 2 while the holes 5 of the lower right lateral horizontal duct 4 direct the steam towards the upper left area of the internal structure 2. At the same time something similar happens in the vertical ducts 4, the central vertical ducts 4 direct the steam with angles of 90° with respect to the vertical, towards the front of the opposite side of the internal structure 2, and the lateral vertical ducts 4 that direct the steam with angles of 45° on the horizontal plane with respect to the vertical axis of the duct 4 All this in order to focus the water vapor to the center of the laundry load, as mentioned above.

In another preferred embodiment shown in Figures 1 to 7, the dimensions of the steam ironing device 1 have a large load capacity and allow users who wear medium-sized garments to place up to four garments per horizontal load level 22, 23, 24 , 25, two on one side and another two on the other side, and users who wear large garments will be able to place up to two garments per horizontal load level 22, 23, 24, 25, one on each side. Which makes its use possible for all types of users, regardless of their physical complexions.

As an industrial application, it is clearly observed that the dimensions and composition confer it an exclusively professional use, since it is too heavy for one person to handle and too large for the standard size of a house. Despite its dimensions and weight, it is not a handling problem for the user, since professionals use it among more than one person and when used professionally, they already have an allocated space and are not in any moment assembling and disassembling the iron, if not, that wherever it is installed it will remain in use.

In this way, obtaining the ironing result automatically, and avoiding the effort of manual handling, the possible physical damage of the user, the possible deterioration of the garments, as well as the prolonged time that manual use entails.

Therefore, it solves the problems of low efficiency, need for manual operation, repetition and effort in ironing because of difficult wrinkles, ironing one garment at a time, long working time and the like in the prior art.

List of reference signs

1 Steam Ironing Device

2 Internal structure

3 heating circuit

4 steam ducts

5 steam outlet holes

6 Fixed clamping devices

7 Extendable clamping devices

8 Movable Clamping Devices

9 Steam inlet hole

10 protection device

11 Primary Vapor Line

12 External Structure

13 Insulator

gripping device

Opening

Primary Vapor Line Cavity Water Reservoir

boiler

The turn on and turn off button

center focus

electric current cord

First horizontal load level Second horizontal load level Third horizontal load level Fourth horizontal load level Fifth vertical load level Pressure sensor

Claims (17)

1. Method of automatic ironing of fabrics by means of a steam ironing device (1), characterized in that the ironing is carried out by means of an automatic process to avoid all the inconveniences of the manual process. 2. Method according to claim 1, characterized in that the ironing, regardless of the type of fabric, takes place under the influence of steam to offer professional straightening. 3. Steam ironing device (1), especially a steam iron or a steam ironing station which comprises: a) Internal structure (2); b) Heating Circuit (3); c) Steam ducts (4); d) Steam outlet holes (5); e) Fixed clamping devices (6); f) Extendable clamping devices (7); g) Movable clamping devices (8); h) Steam inlet hole (9); i) Protection device (10); j) Primary vapor conduit (11); k) External structure (12); i) Insulator (13); m) Grip device (14) n) Opening (15); ñ) Cavity of the primary steam conduit (16); o) Water tank (17); p) Boiler (18) and q) Pressure sensor (27); characterized in that its dimensions and composition make it exclusively for professional use. 4. Steam ironing device (1) according to Claim 3, characterized in that it is preferably rectangular in a horizontal position, formed by a circular structure and preferably made of noble metals and their alloys; It is also suitable for all types of fabrics. 5. Steam ironing device (1) of claim 3 or 4, characterized in that it comprises dimensions that allow users who wear medium-sized garments to place up to four garments per horizontal load level (22, 23, 24, 25) two on one side and another two on the other side, and users who wear large garments can place up to two garments per horizontal load level (22, 23, 24, 25), one on each side so that, it allows the possibility of its use for all types of users, regardless of their physical complexions. 6. Steam ironing device (1) according to one or more of claims 3 to 5, characterized in that the steam system is activated automatically by means of the on/off button (19) and is automatically deactivated when the ironing process is complete. ironing; In addition, steam is released constantly throughout the ironing process. 7. Steam ironing device (1) according to one or more of claims 3 to 6, characterized in that the heating circuit (3), which is formed by the horizontal and vertical steam ducts (4), includes outlet holes of steam (5), which have different angles depending on their position in the internal structure (2) so that they are all inclined towards the central focus (20). 8. Steam ironing device (1) according to one or more of claims 3 to 7, characterized in that the internal structure preferably comprises five load levels (22, 23, 24, 25, 26) of which four levels are preferably horizontal (22, 23, 24, 25) and one is preferably vertical (26); in which the distance between the four horizontal load levels (22, 23, 24, 25) is preferably twenty centimeters each and the distance between the fourth horizontal load level (25) and the fifth vertical load level (26 ) is preferably thirty centimeters. 9. Steam ironing device (1) according to one or more of claims 3 to 8, characterized in that the internal structure (2) includes fixed fastening devices (6), extendable fastening devices (7) and mobile fastening devices (8), preferably clothespins to hold the clothes and keep them stable to prevent them from moving during the ironing process. 10. Steam ironing device (1) according to one or more of claims 3 to 9, characterized in that the fixed fastening devices (6) include a protective material inside their edges to prevent the clothing from being marked once once the ironing process has been completed and are located in the four horizontal loading levels (22, 23, 24, 25), one in each lateral vertical duct (4) and two in each central vertical duct (4), which have an approximate angle 80° on the horizontal plane with respect to the vertical axis, one slightly to the right and one slightly to the left; these hold one end of the garment placed in a horizontal position on this same side of the internal structure (2). 11. Steam ironing device (1) according to one or more of claims 3 to 10, characterized in that the extensible fastening devices (7) include a flexible and elastic material with an adjustable length to achieve the necessary distance to hold the other end of the garment located on the opposite side of the load level in which it is located; they are located in the four horizontal load levels (22, 23, 24, 25) one in each lateral vertical duct (4), slightly above the fixed fastening devices (6) and two in each central vertical duct (4) which have a separation angle of 45° between one and the other with respect to the vertical axis, one slightly to the right and the other slightly to the left. 12. Steam ironing device (1) according to one or more of claims 3 to 11, characterized in that the mobile fastening devices (8) include a metal coupling, preferably a ring, which allows them to be moved in the horizontal direction and they are located in the fifth level of vertical load (26). 13. Steam ironing device (1) according to one or more of claims 3 to 12, characterized in that the protection device (10) includes a material resistant to high temperatures, preferably polyester; it is located in the lower area of the internal structure (2) covering its same extension and is removable. 14. Steam ironing device (1) according to one or more of claims 3 to 13, characterized in that the external structure (12) preferably has a rectangular shape, more specifically a lid or drawer, and is made of the same material as the internal structure ( two); it includes an insulator (13), one or more gripping devices (14), at least one cavity of the primary steam conduit (16) and one or more openings (15) for the exit of excess steam; it also provides physical protection to the internal structure (2). 15. Steam ironing device (1) according to one or more of claims 3 to 14, characterized in that the water tank (17) is preferably located at the same height level as the base of the internal (2) and external structure (12) leaving the steam ironing device set in the same plane, separated by the primary steam duct (11); it also provides the capacity to contain the amount of water necessary for the completion of at least one ironing process. 16. Steam ironing device (1) according to one or more of claims 3 to 15, characterized in that the pressure sensor (27) detects when the water and therefore its steam runs out, and is the one who concludes the ironing process. . 17. Steam ironing device (1) according to one or more of claims 3 to 16, characterized in that the external structure (12) concentrates the water vapor inside the internal structure (2) so that it manages to iron the entire load of clothes in a few minutes; In addition, the water vapor is distributed homogeneously throughout the entire load of clothing to obtain an effective result, removing wrinkles from the garment in a single ironing.