DE102018127238A1 - Electric device - Google Patents

Abstract

The invention relates to an electrical device, comprising - a hanging device (1) for hanging a hanger with a textile (10) and / or a textile (10), - a heating device (2) which is designed to supply air and / or water heat, - two nozzle units (3), each of which has at least one nozzle (4) for blowing out air and / or water vapor and which are arranged at a distance from one another, so that a textile section of the textile (10 ) is arranged between them, the nozzles (4) of the two nozzle units (3) being arranged opposite one another and the height of the nozzle units (3) being such that they can be moved along the height of the textile (10) which can be arranged between them, a turbomachine device (6) which is designed to generate an air and / or water vapor stream flowing through the nozzles (4), and a control or regulating device (5) which is designed et is to control or regulate one or more parameters selected from blow-out speed, blow-out temperature, blow-out angle, blow-out direction, volume flow of the air and / or water vapor flow flowing through the nozzles (4) and residence time of the nozzle units (3) at a height, where position and direction information refer to the operational working position of the electrical device.

Description

The invention relates to an electrical device. In particular, the invention relates to an electrical device which is suitable for treating, for example refreshing, a textile.

An electrical device for refreshing a textile is from the WO2018030692A1 known. It has a housing in which there are a hanging device for hanging a textile and two nozzle units with nozzles and two suction units, which are designed to suck air released by the nozzle units through the textile. However, there is still a need for an electrical device that is multifunctional and provides, for example, a drying, smoothing, refreshing and heating effect in a single electrical device.

The invention therefore presents the problem of providing an electrical device which is multifunctional and is suitable for treating a textile and in particular for providing the treated textile to a user after the textile has been treated by means of the electrical device for direct tightening.

According to the invention, this problem is solved by an electrical device having the features of patent claim 1. Advantageous refinements and developments of the invention result from the following subclaims.

In addition to effective drying, smoothing, refreshing and / or heating of the textile, the advantages which can be achieved with the invention are that a space in which the electrical device is located can also be heated and / or refreshed.

Drying is a drying process in which a wet textile is brought into a dry state. A smoothing involves a smoothing process that includes removing wrinkles from a wet or dry textile. Refreshing is to be understood in particular as odor and germ removal and possibly an associated wrinkle removal of a textile. Heating is understood to mean an increase in a temperature of the textile and / or of the room, heating also comprising heating.

• - eine Aufhängeeinrichtung zum Aufhängen eines Kleiderbügels mit einem Textil und/oder eines Textils,
• - eine Heizeinrichtung, die ausgebildet ist, Luft und/oder Wasser zu erwärmen,
• - zwei Düseneinheiten, die jeweils mindestens eine Düse zum Ausblasen von Luft und/oder Wasserdampf aufweisen und die in einem Abstand zueinander angeordnet sind, so dass bei einem aufgehängten Textil ein Textilabschnitt des Textils zwischen ihnen angeordnet ist, wobei die Düsen der zwei Düseneinheiten einander gegenüberliegend angeordnet sind und wobei die Düseneinheiten höhenverstellbar ausgebildet sind, sodass sie entlang der Höhe des zwischen ihnen anordnbaren Textils bewegbar sind,
• - eine Strömungsmaschineneinrichtung, die ausgebildet ist, einen durch die Düsen strömenden Luft- und/oder Wasserdampfstrom zu erzeugen, und
• - eine Steuer- oder Regeleinrichtung, die ausgebildet ist, eine oder mehrere Parameter zu steuern oder zu regeln, ausgewählt aus Ausblasgeschwindigkeit, Ausblastemperatur, Ausblaswinkel, Ausblasrichtung, Volumenstrom des durch die Düsen strömenden Luft- und/oder Wasserdampfstroms und Verweildauer der Düseneinheiten bei einer Höhe.

The invention relates to an electrical device having

• a hanging device for hanging a hanger with a textile and / or a textile,
• a heating device which is designed to heat air and / or water,
• - Two nozzle units, each having at least one nozzle for blowing out air and / or water vapor and which are arranged at a distance from one another, so that in the case of a suspended textile, a textile section of the textile is arranged between them, the nozzles of the two nozzle units lying opposite one another are arranged and wherein the nozzle units are adjustable in height so that they can be moved along the height of the textile which can be arranged between them,
• a turbomachine device which is designed to generate an air and / or water vapor stream flowing through the nozzles, and
• - A control or regulating device which is designed to control or regulate one or more parameters, selected from blow-out speed, blow-out temperature, blow-out angle, blow-out direction, volume flow of the air and / or water vapor flow flowing through the nozzles and residence time of the nozzle units at a height .

The electrical device enables efficient drying, smoothing, refreshing and / or heating of a textile. In addition, the electrical device is suitable for refreshing and / or heating a room in which it is located. In particular, the electrical device enables fast, energy-saving and efficient drying of a wet textile, such as a shirt, which can also continue to be quiet. Dry or wet textiles can also be smoothed. It is also possible to refresh a dry textile, which eliminates odors, germs and / or animal hair. Furthermore, a textile located in the electrical device can be heated or the installation space of the electrical device can be heated. Position and direction information refer to the operational working position of the electrical device.

Using the variably adjustable nozzles, on the one hand, an excellent smoothing effect of the textile can be achieved, but it is also possible to warm up the textile or to quickly warm up a room. In addition, an energy efficiency of the drying of the textile, a drying time and / or a noise emission during drying can be optimally adjusted using the variably adjustable nozzles.

The hanging device for hanging a clothes hanger with a textile and / or a textile is preferably designed to hang a textile such as a piece of clothing, a bedding part, cloth and the like. The hanging device has, for example, a rod, preferably a metal rod, which is suitable for hanging the clothes hanger or the textile. A suitable fastening means for fastening the textile, for example a clamp, can also be provided on the rod. The suspension device preferably extends horizontally.

The heating device is designed to heat air and / or water. The heating device is preferably accommodated in a housing. If the electrical device also has a water tank, the heating device can be arranged in and / or on the water tank and connected to it in order to be able to heat water in the water tank and to generate water vapor. The heating device can be designed as a steam generator. The provision of water vapor by the electrical device is particularly advantageous in order to effectively smooth a dry textile and / or to remove odors in the event of a refresh. The heating device can additionally or alternatively preferably be designed as an air heater.

The control or regulating device is preferably designed to control or regulate the heating device to a switched-off state when the electrical device is operating, if the heating device is not or is not required in a drying or smoothing process, in particular in an energy-saving mode, and furthermore the heating device, if it is required or required, to control or regulate as required to a maximum state, minimum state and an intermediate state, the heating device preferably also being cycled - in particular if the electrical device is used to heat the room or the textile - can be operated.

The electrical device preferably has two heating devices and possibly two water tanks, one heating device and possibly water tank being assigned to and connected to a nozzle unit. Each housing, in which a heating device is accommodated, is preferably arranged adjacent to one end of the respective nozzle unit. As a result, no or only short connecting lines are required and, above all, these are not readily accessible to a user of the electrical device, so that he cannot easily damage them.

The electrical device preferably also has a receiving device for receiving an odorant. This can effectively refresh a textile arranged on the hanging device and / or the space in which the electrical device is located. The odorant can in particular cause odor removal. The receiving device for receiving an odorant is preferably accommodated in the housing in which the heating device and the optionally preferred water tank are accommodated. The receiving device for receiving an odorant is connected to the nozzle unit, so that the odorant can be conducted through the nozzles.

The two nozzle units are designed to be height-adjustable so that they can be moved along the height of the textile that can be arranged between them. The two nozzle units can preferably be moved in the direction of the suspension device and in the opposite direction. Since the suspension device extends horizontally, the two nozzle units can preferably be moved perpendicularly or essentially perpendicularly to them. They can therefore be moved from top to bottom or from bottom to top.

Several programs are preferably stored in the control or regulating device. The programs are preferably each configured and designed for drying a textile, smoothing a textile, refreshing a textile, heating a textile, refreshing a room and / or heating a room. Depending on whether the program for drying a textile, smoothing a textile, refreshing a textile, heating a textile, refreshing a room and / or heating a room is set up and designed, the blow-out speed, the blow-out temperature, the blow-out angle, the blow-out direction, Volume flow of the air and / or water vapor flow flowing through the nozzles and / or the residence time of the nozzle units at a height are controlled or regulated independently of one another.

The control or regulating device is preferably designed to control or regulate the blow-out speed parameter of the air and / or water vapor flow flowing through the nozzles. By controlling or regulating this parameter, a thermal comfort of the room, the speed of a drying and / or smoothing process of the textile, a draft or turbulence in the surrounding air and a noise emission can be set. The control or regulating device is preferably designed to set the blow-out speed of the nozzles of the first nozzle unit to a first blow-out speed and to set the blow-out speed of the nozzles of the other nozzle unit to a second blow-out speed, wherein the first and the second blow-out speed can be the same or different. If the first and the second Blow-out speed are different, a textile located between the nozzle units or a portion of the textile can be pressed in the direction of the nozzle unit with the lower blow-out speed, whereby a better drying and smoothing effect can be achieved.

The control or regulating device is preferably designed to control or regulate the parameter blow-out temperature of the air and / or water vapor flow flowing through the nozzles. By controlling or regulating this parameter, the thermal comfort of the room, the speed of a drying, heating and / or smoothing process of a textile arranged in the electrical device can be set.

The control or regulating device is preferably designed to control or regulate the parameter blow-out angle of the air and / or water vapor flow flowing through the nozzles. By controlling or regulating the blow-out angle of the air and / or water vapor stream flowing through the nozzles, an improvement in the drying and / or smoothing effect can be achieved. For example, the nozzles can be arranged and designed in such a way that they can be changed from a horizontal position to a 60 ° position upwards and downwards. The control or regulating device is preferably designed to set the nozzles of the first nozzle unit to a first blow-out angle and to set the nozzles of the other nozzle unit to a second blow-out angle, it being possible for the first and the second blow-out angle to be the same or different. If the first and the second blow-out angle are different, a textile arranged in the electrical device can be moved, whereby a better drying and smoothing effect can be achieved.

The control or regulating device is preferably designed to control or regulate the parameter blow-out direction of the air and / or water vapor flow flowing through the nozzles. By means of the control or regulation of the blow-out direction, a force which acts on a section of a textile hung on the hanging device can be set.

The control or regulating device is preferably designed to control or regulate the parameter volume flow of the air and / or water vapor flow flowing through the nozzles. By means of the control or regulation of the volume flow, it can be determined how much volume of the air and / or of the water vapor is transported through a cross section of the nozzle per period of time.

The control or regulating device is preferably designed to control or regulate the parameter dwell time of the nozzle units at a height. Different travel speeds of the nozzle units are advantageous in order to achieve different effects such as fast or energy-saving drying or smoothing or heating up a suspended textile. Different travel speeds are advantageous for these different effects. In addition, different travel speeds during the drying process are advantageous for a uniform drying result for a textile such as a garment. For example, the sleeves, cuffs and collar of a garment require a longer drying time than the remaining parts of the garment. Therefore, a variable travel speed, which is slower in the areas of the sleeves, cuffs and collar than in the remaining areas of the garment, leads to a more uniform drying of the garment.

The turbomachine device preferably has a turbine. The turbomachine device preferably has two turbines, each turbine being assigned to one of the nozzle units, and the control or regulating device being designed to control the volume flow of the air and / or water vapor flow flowing through the nozzles by controlling or regulating a speed of the turbines to regulate. As a result, the volume flows of the air and / or water vapor flow of the two nozzle units flowing through the nozzles can be controlled or regulated independently. The same or different speed can be set for the turbines. The turbines are preferably arranged at one end of the nozzle units or connected to the latter. The turbines are preferably each housed in the housing in which the heating device is located. The turbine is preferably designed to be operated during operation of the electrical device at a single predetermined speed dependent on the set program or during operation at variable speeds.

In a preferred embodiment, the control or regulating device is designed to control or regulate the blow-out temperature of the air and / or water vapor flow flowing through the nozzles by means of control or regulation of an electrical power of the heating device. This provides a simple and effective control or regulation of the blow-out temperature.

The control or regulating device is preferably designed to regulate or control the blow-out speed, the blow-out angle and / or the blow-out direction of the air and / or water vapor flow flowing through the nozzles by means of control or regulation of a position of each nozzle and / or a cross section of each nozzle . Is preferred the control or regulating device is designed to control or regulate the nozzle cross section. For example, the nozzles each have a slot through which the air and / or water vapor flow flows, this slot having a variable height and / or width of preferred height. The smaller the slot height is set, the more efficient is the drying of a textile arranged in the electrical device. The control and regulating device is preferably designed to keep the nozzle cross section constant during a work process of the electrical device. Furthermore, the control and regulating device is preferably designed to keep the position of each nozzle constant and / or to vary it during a work process of the electrical device. If the operation is a smoothing operation and / or a refreshing, in particular odor removal, operation, the control device is preferably designed to vary the position of each nozzle during an operation, while it is preferably designed to position the nozzle of a drying or heating operation preferably to control or regulate to a constant position during the work process.

In a preferred embodiment, the control or regulating device is designed to control or regulate the position of each nozzle and / or a cross section of each nozzle by means of a servomotor and / or a flap. This provides cost-effective and efficient control or regulation. For example, each nozzle unit is designed as a tube which has at least one nozzle in the form of a slot and has a flap assigned to the slot. Both the tube is preferably designed to be rotatable and the position of the flap is adjustable. Alternatively, each nozzle unit is preferably designed as an actuator, which has a first tube and a further tube, which have a different tube diameter, so that the further tube surrounds the first tube. The nozzles in the nozzle units in the form of the tubes are preferably designed as slots in the two tubes. I.e. each tube has at least one slot as a nozzle. The tubes are preferably rotatable by means of a motor so that their slots are adjustable so that the blow-out speed, the blow-out angle and / or the blow-out direction can be adjusted by the positions of the slots of the two tubes. Each tube is preferably designed to be individually rotatable.

The nozzles of the nozzle units are arranged opposite one another, i.e. in operation, each nozzle blows air and / or water vapor towards the other nozzle unit. The nozzle units and / or the nozzles are preferably designed to be controllable or regulatable independently of one another. More preferably, the nozzle units with their respective nozzles are designed such that they can be controlled or regulated independently of one another, so that an air and / or water vapor flow with a different blow-out speed, blow-out temperature, blow-out angle, blow-out direction and / or volume flow can flow through the nozzles of a nozzle unit than through the nozzles other nozzle unit. This further improves the drying, refreshing and / or smoothing of a textile and / or the refreshing and / or heating of the room.

The control or regulating device is preferably designed to control or regulate the dwell time of the nozzle units at a height by means of a controllable motor. As a result, the nozzle units can stay longer or shorter at predetermined heights than at other heights. This means that a drying result can be further optimized. As a result, a travel path of the nozzle units is controlled or regulated. The control or regulating device is preferably designed in such a way that the nozzle units can have a travel path during operation of the electrical device which has a movement of the nozzle units from top to bottom or from bottom to top, the control or regulating unit also being designed in this way can move the nozzle units from top to bottom and from bottom to top in both directions during a work process. The control or regulating device is preferably designed to set the dwell time of the nozzle units along the travel path to a constant dwell time value during the entire work process or to set them variably during the entire work process.

In a preferred embodiment, the electrical device has at least one frame part which extends along a height dimension of the electrical device and which is detachably connected to the suspension device, the nozzle units on the at least one frame part being arranged such that they can be adjusted in height, and are more preferably movable. The frame part preferably extends perpendicularly or substantially perpendicularly to the suspension device. The electrical device preferably has two frame parts, which are each arranged at one end of the suspension device and run parallel to one another. The two frame parts, the suspension device and the two nozzle units preferably have a rectangular shape when viewed from above the front or rear of the electrical device, with side plan views of the frame parts, the suspension device and the nozzle units. The at least one frame part is preferably designed as a rod of preferred metal rod.

In a preferred embodiment, the electrical device is in the form of a textile drying device, textile smoothing device, textile refreshing device, Textile heater, room freshener and / or room heater. If the electrical device is designed as a textile drying device, textile smoothing device, textile refreshing device, textile heating device, room refreshing device and room heating device, it preferably has an operating element by means of which the function of drying, smoothing, refreshing and Heating the textile or the room can be selectively set and started by selecting a program from the several programs described above.

• 1 eine Draufsicht auf ein erfindungsgemäßes elektrisches Gerät;
• 2 eine skizzenhafte Darstellung des in 1 gezeigten elektrischen Geräts;
• 3 eine skizzenhafte Teilansicht des in 1 und 2 gezeigten elektrischen Geräts;
• 4 eine weitere skizzenhafte Teilansicht des in 1 und 2 gezeigten elektrischen Geräts und
• 5 eine skizzenhafte vergrößerte Darstellung einer der in 3 gezeigten Düsen.

An embodiment of the invention is shown purely schematically in the drawings and is described in more detail below. It shows schematically and not to scale

• 1 a plan view of an electrical device according to the invention;
• 2nd a sketchy representation of the in 1 electrical device shown;
• 3rd a sketchy partial view of the in 1 and 2nd electrical device shown;
• 4th another sketchy partial view of the in 1 and 2nd shown electrical device and
• 5 a sketchy enlarged view of one of the in 3rd shown nozzles.

1 shows a plan view of an electrical device according to the invention. Shown is a top view of a front or back of the electrical device in its operational working position.

The electrical device has a suspension device 1 to hang a hanger (not shown) or a textile (not shown). The hanging device 1 is designed as a rod that extends horizontally or substantially horizontally. The textile can be hung on the hanger or the bar. The suspension device optionally has 1 one or more fastening means (not shown) for fastening the textile, such as a clamp. The hanging device 1 is with two frame parts 9 releasably connected, they are perpendicular or substantially perpendicular to the suspension device 1 extend. Every frame part 9 is with one end of the hanger 1 connected and designed as a rod.

The electrical device also has two nozzle units 3rd on, each - purely exemplary three - nozzles 4th for blowing out air and / or water vapor, wherein of the two nozzle units 3rd in 1 only one is visible and the nozzles 4th are actually not visible in this top view and are therefore drawn with dashed lines. The nozzle units 3rd are height adjustable. They are along the frame parts 9 designed to be movable in height.

At one end of each nozzle unit 3rd is a housing 14 arranged. In the housings 14 The following components are housed, which are not visible in this view and are therefore shown in dashed lines. In the case 14 is a heating device 2nd housed. The heater 2nd is designed to heat air and / or water, and with the nozzle units 3rd connected such that the means of the heater 2nd heated air and / or water vapor from the nozzles 4th of the nozzle units 3rd can flow. In the case 14 is also a fluid machine device 6 housed, which is formed by the nozzles 4th flowing currents from the by means of the heater 2nd to produce heated air and / or water vapor. Any fluid machine facility 6 is designed as a turbine.

In one or both housings 14 is still a control device 5 housed, which is designed to control or regulate one or more parameters, selected from blow-out speed, blow-out temperature, blow-out angle and blow-out direction, volume flow of the nozzles 4th flowing air and / or water vapor flow and residence time of the nozzle units 3rd at a height. In the control or regulating device 5 several programs (not shown) are stored. The programs are preferably each configured and designed for drying a textile, smoothing a textile, refreshing a textile, heating a textile refreshing a room and / or heating a room. On one of the two housings 14 is also a control element 8th arranged, by means of which a program can be selected and started. Depending on whether the program for drying a textile, smoothing a textile, refreshing a textile, heating a textile refreshing a room and / or heating a room is set up and designed, the blow-out speed, the blow-out temperature, the blow-out angle, the blow-out direction, the Volume flow of the air and / or water vapor flow flowing through the nozzles and / or the dwell time of the nozzle units is controlled or regulated at a height.

In the case 14 is still a water tank 7 arranged. That is in the water tank 7 located water (not shown) is by means of the heater 2nd heatable so that water vapor can be generated.

In the case 14 is also a receiving device 12th accommodated for an odorant. The reception facility 12th is with the nozzle unit 3rd connected so that odorant through the nozzles 4th is conductive.

2nd shows a sketchy representation of the in 1 shown electrical device. It is sketchy a cross-sectional view of the in 1 shown electrical device, the housing and the nozzles have been omitted for clarity, but a textile 10th is shown. The two nozzle units 3rd are arranged parallel or substantially parallel to each other, so that a section of the textile 10th is arranged between them. The nozzles (not shown) of the two nozzle units 3rd are arranged opposite one another, so that the air and / or water vapor flowing out of them onto the textile 10th is directed. Each nozzle unit 3rd is about a connector 11 with a heater 2nd connected, which in turn each with a flow machine device 6 connected is.

3rd shows a sketchy partial view of the in 1 and 2nd shown electrical device. Two nozzles are shown 4th between which a section of the textile 10th is arranged. Every nozzle 4th has a slot 41 through which the air and / or water vapor in the direction of the textile 10th flows during operation, as symbolically represented by the arrows.

4th shows a sketchy partial view of the in 1 and 2nd shown electrical device. 4th corresponds 3rd with the difference that the electrical device 1 at a different blowout speed of through the nozzles 4th flowing air and / or steam flow is operated as in 3rd , as indicated by the strength of the arrows. Through the nozzle 4th on the left side of the 4th an air and / or water vapor stream flows through the nozzle at a greater blow-out speed than that 4th on the right side of the 4th flowing air and / or water vapor flow. This will make the textile 10th towards the nozzle 4th on the right side of the 4th pressed, through which the air and / or water vapor flow flows at the lower blowing speed.

5 time a sketchy enlarged representation of one of the in 3rd shown nozzles. The nozzle 4th has a first tube 42a and another pipe 42b on, being the first pipe 42a has a smaller pipe diameter than the other pipe 42b . The further pipe 42b surrounds the first pipe 42a . The first pipe 42a has a slot 41 and the further tube has 42b has a slot 41 on. Both pipes 42a , 42b are rotatable, as indicated by the rotation arrow, so that the two slots 41 can assume different positions relative to one another and air and / or water vapor, as indicated by the straight arrow, with different blowing speeds, blowing angles and / or blowing directions from the nozzle 4th is inflatable.

Reference list

1

Suspension device

2nd

Heating device

3rd

Nozzle unit

4th

jet

41

slot

42a, b

first pipe, further pipe

5

Control or regulating device

6

Fluid machine equipment

7

Water tank

8th

Control element

9

Frame part

10th

Textile

11

Fastener

12th

Pick-up device for odorants

14

casing

QUOTES INCLUDE IN THE DESCRIPTION

This list of documents listed by the applicant has been generated automatically and is only included for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• WO 2018030692 A1 [0002]

Claims (9)

Electrical device, having a hanging device (1) for hanging a clothes hanger with a textile (10) and / or a textile (10), - a heating device (2) which is designed to heat air and / or water, - Two nozzle units (3), each having at least one nozzle (4) for blowing out air and / or water vapor and which are arranged at a distance from one another, so that in the case of a suspended textile (10) a textile section of the textile (10) between is arranged, the nozzles (4) of the two nozzle units (3) being arranged opposite one another and the height of the nozzle units (3) being such that they can be moved along the height of the textile (10) which can be arranged between them, - A turbomachine device (6) which is designed to generate an air and / or water vapor stream flowing through the nozzles (4), and - A control or regulating device (5) which is designed to control or regulate one or more parameters, selected from blow-out speed, blow-out temperature, blow-out angle, blow-out direction, volume flow of the air and / or water vapor flow flowing through the nozzles (4) and Dwell time of the nozzle units (3) at a height, the position and direction information relating to the operational working position of the electrical device. Electrical device after Claim 1 , characterized in that the turbomachine device (6) has two turbines, each turbine being assigned to one of the nozzle units (3), and the control or regulating device (5) being designed to control the volume flow of the air flowing through the nozzles (4). and / or to control or regulate water vapor flow by means of control or regulation of a rotational speed of the turbines. Electrical device after Claim 1 or 2nd , characterized in that the control or regulating device (5) is designed to control or regulate the blow-out temperature of the air and / or water vapor flow flowing through the nozzles (4) by means of control or regulation of an electrical power of the heating device (2). Electrical device according to one of the preceding claims, characterized in that the control or regulating device (5) is designed to control the blow-out speed, the blow-out angle and / or the blow-out direction of the air and / or water vapor flow flowing through the nozzles (4) Regulation of a position of each nozzle (4) and / or a cross section of each nozzle (4) to regulate or control. Electrical device after Claim 4 , characterized in that the control or regulating device (5) is designed to control or regulate the position and / or the cross section of each nozzle (4) by means of a servomotor and / or a flap. Electrical device according to one of the preceding claims, characterized in that the nozzle units (3) and / or the nozzles (4) are designed to be independently controllable or regulatable. Electrical device according to one of the preceding claims, characterized in that the control or regulating device (5) is designed to control or regulate the dwell time of the nozzle units (3) at a height by means of a controllable motor. Electrical device according to one of the preceding claims, characterized by at least one frame part (9) which extends along a height dimension of the electrical device and which is connected to the suspension device (1), the nozzle units (3) on the at least one frame part (9 ) are arranged adjustable in height. Electrical device according to one of the preceding claims, characterized in that it is designed as a textile drying device, textile smoothing device, textile refreshing device, textile heating device, room refreshing device and / or room heating device.

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