Laundry treating appliance

Abstract

The invention relates to a laundry treatment appliance comprising a treatment chamber having at least one first treatment space into which laundry can be introduced individually and after being transferred into a corresponding treatment position is subjected to treatment accordingly. A transport device is also provided here. In order to achieve a suitable transport into the treatment chamber and to realize the transport device with low outlay, an input magazine is connected upstream of the treatment chamber, which serves to receive a plurality of laundry items to be treated in the first treatment space in succession in a receiving position, and from which the laundry items located there can be transferred from the receiving position adjacent to the first treatment space into the treatment position of the first treatment space. Furthermore, the transport device causes the transfer of individual laundry items between the respectively adjacent positions when a drive movement is introduced into the transport device and is configured as a screw spindle having different pitches.

Description

Technical Field

[0001] The invention relates to a laundry treatment appliance comprising a treatment chamber with at least one first treatment space, into which laundry can be individually introduced and, after being transferred to a treatment position in the first treatment space, can be subjected to corresponding treatment, wherein a conveying device is provided. Background Art

[0002] In the case of laundry treatment appliances, it is known under other so-called laundry treatment cabinets that laundry can be subjected to corresponding processing individually for the most part. According to the specific design of the corresponding laundry treatment cabinet, the processing here relates to the pure washing or even washing, drying and automatic ironing of individual laundry.

[0003] Therefore, KR100808193B discloses a laundry treatment device having a treatment chamber with a treatment space, wherein laundry can be introduced into the treatment space so that the laundry is treated in the treatment position within the treatment space in the form of a washing process, a drying process, and an ironing process. In addition, a conveying device is provided by which the laundry can be transported.

[0004] Starting from the aforementioned prior art, the object of the present invention is to provide a laundry treatment appliance in which a reliable transport of the laundry to the treatment chamber of the laundry treatment appliance is ensured by the conveying device, wherein the conveying device is characterized by a structure that is as simple as possible. Summary of the Invention

[0005] This object is achieved based on the preamble of the technical solution of the present invention in combination with its distinguishing technical features. The subsequent preferred technical solutions describe the corresponding advantageous further solutions of the present invention.

[0006] According to the present invention, the laundry processing apparatus comprises a treatment chamber with at least one first treatment space, and laundry can be individually imported in the first treatment space and be transferred to the treatment position of the first treatment space and accordingly undergo treatment. In addition, conveying device is set. That is to say, the laundry processing apparatus according to the present invention is provided for making laundry undergo treatment, wherein, described treatment can comprise the washing process of single laundry and / or the drying process of single laundry and / or the ironing of single laundry as a treatment step or a plurality of treatment steps at this. In order to process, the laundry processing apparatus comprises a treatment chamber, and described treatment chamber is made up of at least one first treatment space. Preferably, treatment chamber only has the first treatment space at this, wherein, yet also can be considered within the framework of the present invention, a plurality of treatment spaces are set in succession, wherein, in each single treatment space, can accordingly carry out the processing of the laundry that is imported. In the latter's described situation, laundry thus undergoes a plurality of treatments in succession, and its mode is that described laundry is imported in each treatment space successively.

[0007] In order to be able to subject the respectively fed laundry to the corresponding treatment, the respective treatment space can in particular be closed after the individual laundry items have been fed in, wherein this can preferably be achieved by means of a corresponding door, in particular in the form of a roller shutter door.

[0008] The invention includes the following technical teaching: an input hopper is connected upstream of the treatment chamber, the input hopper is used to receive a plurality of laundry items to be processed in a first treatment space in sequence in a receiving position, and the laundry items located there can be transported from the input hopper to the first treatment space from a receiving position adjacent to the first treatment space. Furthermore, the conveying device transfers the individual laundry items between adjacent positions when a drive motion is introduced into the conveying device and is designed as a screw having different pitches.

[0009] In other words, laundry processing apparatus according to the present invention also has an input bin in addition to the treatment device, and the input bin is positioned before the treatment chamber and can receive a plurality of laundry. Here, laundry can be received in the receiving position in the input bin and individually transported to the first treatment space from the input bin to process there. The delivery to the first treatment space is carried out from a receiving position in the receiving position, which is adjacent to the first treatment space. For transferring between the receiving position of the input bin and also between the receiving position adjacent to the first treatment space and the treatment position of the first treatment space, conveying device is set, the conveying device makes single laundry move from corresponding current position to respectively adjacent position when being introduced into a driving motion. Accordingly, the conveying device causes the laundry in the last receiving position before the treatment chamber to be moved into the treatment chamber when being introduced into a driving motion, and subsequent laundry is added in the input bin accordingly when necessary. Conveying device is configured as a screw at this, and the screw is not configured with a constant pitch, but has different pitches.

[0010] The advantage that the described configuration of laundry processing apparatus has at this is, can realize processing a plurality of laundrys successively without any problem by input bin box, and its mode is that described laundrys are individually transported to treatment chamber successively.Correspondingly, can realize processing a plurality of laundrys automatically successively by laundry processing apparatus according to the present invention.Can be transferred to near the adjacent position of laundry processing apparatus in a reliable manner and method by the screw as conveying device at this, wherein, described screw can be used for making laundry move between the position with spacing different from each other in the process being introduced into driven motion based on different pitches.Because can stride across the spacing between two positions in the process of screw torsion by the section configuration with little pitch of screw, and can stride across the larger spacing between two other positions simultaneously by other section and bigger pitch there.Thus in order to carry the single conveying device that can use the screw form between each position laundry, this correspondingly simplified the structure of laundry processing apparatus and reduced manufacturing cost.

[0011] " screw " is understood as a rotatable shaft in the meaning of the present invention, and the rotatable shaft is provided with a thread as a screw rod at least for the most part on the periphery. The screw is particularly rotatably supported in the spindle bearing and coupled with the driving machine by the transmission device in the middle in the laundry processing appliance according to the present invention, and the driving motion can be introduced into the screw by the driving machine. The driving machine particularly exists as an electric motor at this, and a rotation angle sensor is configured to the electric motor. The transmission device is preferably a bevel gear transmission, by which the driving motion of the vertically arranged drive shaft of the driving machine can be converted into the rotary motion of the horizontally extending screw. In order to save space, it is conceivable that the aforementioned drive mechanism can be tilted 90 ° in order to arrange. Instead, the driving machine, the transmission device provided with when necessary and the screw can also be arranged horizontally and also coaxially with each other at this.

[0012] Although a conveying device is also provided in KR 100808193 B, through which the laundry can be conveyed, the specific structure of the conveying device will not be described in detail here. In addition, no input cassette is provided in KR 100808193 B.

[0013] According to one embodiment of the present invention, the receiving positions of the input cassette are arranged relative to each other at a first spacing, and there is a second spacing between the receiving position adjacent to the first processing space and the processing position of the first processing space, wherein the second spacing is greater than the first spacing. Here, the lead screw has a first effective pitch in a first section between the receiving positions, wherein the first effective pitch is smaller than the second effective pitch, and the lead screw has the second effective pitch in a second section between the receiving position adjacent to the processing chamber and the processing position. That is, in this case, the receiving positions of the input cassette are arranged relative to each other at a first spacing, and there is a second, larger spacing between the last receiving position of the input cassette before the first processing space and the processing position of the first processing space. In order to enable the laundry to be moved between the positions having different spacings by the lead screw, the lead screw is provided with a first effective pitch between the receiving positions and a second effective pitch between the last receiving position and the processing position, wherein the second effective pitch is designed to be larger.

[0014] "Effective pitch" within the meaning of the present invention is understood to be the respective pitch effective in the respective section, which is preferably the pitch averaged over the respective section. Within the meaning of the present invention, the threaded spindle can have a constant pitch in the respective section, which corresponds to the respective effective pitch, or the threaded spindle can have a varying pitch in the respective region, which however effectively corresponds to the respective effective pitch.

[0015] However, it is particularly preferred that the threaded spindle has a constant first thread pitch in a first section, wherein the first thread pitch transitions continuously into a second, larger thread pitch in a second section of the threaded spindle to achieve a second effective thread pitch.

[0016] Alternatively or additionally, a third distance exists between the processing position of the first processing space and the output position of the first processing space, wherein the lead screw has a third effective pitch between the processing position of the first processing space and the output position of the first processing space. In other words, a third distance exists between the processing position and the output position for outputting the correspondingly processed laundry from the first processing space, wherein the lead screw has a third effective pitch for moving the laundry over a stroke corresponding to the third distance. Particularly preferably, the second and third distances are selected to be at least approximately the same size, wherein the third effective pitch corresponds to the second effective pitch.

[0017] According to a preferred construction possibility of the present invention, an output bin is immediately after the treatment chamber, and the output bin is used for receiving a plurality of washings that have been processed in the treatment chamber in output positions one after another, and in the output bin, the washings that have been processed before in the treatment chamber can be transferred to the output position adjacent to the treatment chamber. The advantage that the configuration of the washing treatment device has at this is that a plurality of washings that have been processed can be received after the treatment chamber. Therefore, the washing treatment device according to the present invention can also be used for continuous operation without any problem, in the operation, new washings to be processed are continuously replenished in the input bin and the washings that have been processed are taken out from the output bin by the operator of the washing treatment device.

[0018] If different rotation directions of the screw can be achieved by a drive connected upstream, multi-stage processing of individual laundry items can also be achieved by repeatedly feeding the laundry items into the processing chamber for processing. If both an input hopper and an output hopper are present, laundry items positioned on both sides of the processing chamber can be processed alternately.

[0019] In a further embodiment of the aforementioned configuration, the output positions of the output hopper are arranged relative to each other at a certain distance, wherein the screw has a corresponding effective pitch in the corresponding section between the output positions. Particularly preferably, the pitch is designed to be constant and in particular corresponds to the pitch in the first section in the regional chamber of the input storage. That is to say, in this case, the screw is also used to transfer the laundry output from the treatment chamber between the output positions of the output hopper, wherein the output hopper is preferably similar to the spacing design between the receiving positions of the input hopper in terms of spacing. However, it is also conceivable within the framework of the present invention that the output hopper is constructed as a simple rod, onto which the laundry output from the treatment chamber is pushed in sequence.

[0020] An advantageous embodiment of the present invention is that the corresponding effective pitch is selected such that, when the drive motion is introduced and the specific twisting of the screw associated with the drive motion is determined, the individual laundry items are moved between adjacent positions by an adjustment stroke corresponding to the corresponding spacing. This ensures that, when the drive motion is introduced, the individual laundry items are continuously transferred to the corresponding subsequent positions.

[0021] According to another construction possibility of the present invention, screw is surrounded by template in the region of input bin box, and described template allows pending washings to be only positioned in discrete receiving position.Ensure thus in an advantageous manner that the operator of the laundry processing appliance is hung in the receiving position continuously by single washings and is not hung in the position of screw next to this receiving position.At this, when screw carries out multi-cycle rotation when being introduced into driving motion, then described construction possibility is particularly preferably realized, because otherwise the suspension of single washings between these receiving positions also always causes movement to undesirable intermediate position.

[0022] Corresponding to an embodiment of the present invention, pending laundry is received on corresponding hanging device.In the further scheme of this embodiment, hanging device exists as the clothes hanger that can take out, and described clothes hanger realizes torsion locking correspondingly in the interaction with screw.The advantage that using clothes hanger to have is that processed laundry also can be hung on the clothes hanging rod of wardrobe by described clothes hanger after processing.Torsion locking is necessary at this, so that particularly guarantee corresponding laundry is definitely placed in the processing position of the first processing space, wherein, described torsion locking can be realized by single clothes hanger and screw interaction with simple and reliable mode and method simultaneously.Particularly preferably, the corresponding side of the hook of single clothes hanger is in the processing position of the first processing space or in the processing position of these processing spaces, parallel to the pitch orientation of screw, realizes thus that clothes hanger and also corresponding laundry are placed orthogonally to screw.Equally also in the receiving position of input bin box, preferably realizes that single laundry is placed orthogonally to screw, thereby each laundry can be arranged in a row closely one after another and when not colliding with each other at this. In order to achieve this, the threaded spindle preferably has the same thread pitch at least in the individual receiving positions of the input magazine and in the processing positions of the individual processing spaces.

[0023] Within the scope of the present invention, different screw pitches can also be used to specifically cause a single laundry item to twist about its vertical axis in conjunction with a single hanger and a screw rotation lock. The screw pitch, particularly in the area of ​​the processing location of a single processing space, is designed to improve the processing of laundry currently in the processing space by causing the laundry to oscillate when the screw is slightly twisted at a suitable rotation angle. This can, for example, improve wrinkles when ironing laundry or make it easier for a medium, such as water vapor, to reach other areas of the laundry.

[0024] Pivoting the individual laundry items about a vertical axis in the input and / or output hopper can also have the advantage that the individual laundry items are thereby loosened.

[0025] The present invention is not limited to a given combination of features of the technical solution of the present invention or its preferred technical solutions. Furthermore, the individual features described below or directly from the accompanying drawings, including those derived from the technical solution of the present invention, can be combined with one another. The reference to the accompanying drawings through the use of reference numerals in the technical solution of the present invention should not limit the scope of protection of the technical solution of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] An advantageous embodiment of the present invention described below is shown in the accompanying drawings. In the drawings:

[0027] Figure 1 A schematic diagram showing a laundry treatment appliance according to a preferred embodiment of the present invention;

[0028] Figure 2 A partial view of a suspension arrangement is shown, for example, as preferably used in accordance with Figure 1 laundry processing appliances; and

[0029] Figure 3 A schematic process diagram is shown for conveying laundry to be processed. DETAILED DESCRIPTION

[0030] Depend on Figure 1Draw the schematic diagram of the laundry treatment apparatus 1 of a preferred embodiment structure of the present invention.The laundry treatment apparatus 1 is particularly designed for private users and is used to process laundry, and described laundry is for example shirt 2,3,4,5 and 6 in this case.Here, the laundry treatment apparatus comprises treatment chamber 7, and input bin box 8 is connected to described treatment chamber upstream and is connected to output bin box 9 downstreams.Treatment chamber 7 has treatment space 10, and described treatment space can be closed by (not shown at this) door on both sides, and described door particularly exists as rolling door.In order to process, laundry is individually transported to treatment chamber 7 and in treatment space 10 inner motions, moves in treatment position 11, in described treatment position, carries out the processing of single laundry after closed treatment space 10.Described processing can be washing process and / or drying process and / or ironing etc. at this.

[0031] In the input hopper 8, up to five laundry items can be received at discrete receiving locations 12, 13, 14, 15, and 16, wherein the laundry items are transported sequentially and individually from the input hopper 8 into the treatment chamber 7 by being fed into the treatment space 10. In the output hopper 9, up to five laundry items that have already been processed in the treatment chamber 7 can also be accommodated. For this purpose, different output locations 17, 18, 19, 20, and 21 are provided in the output hopper for receiving the laundry items output from the treatment chamber 7.

[0032] Before starting one or more treatment processes in the treatment space 10, the laundry is first moved from its current position to a respectively adjacent position at the start of the working cycle. In this case, the individual laundry items are added from receiving positions 12, 13, 14, and 15 to the next receiving position 13, 14, 15, or 16 of the input hopper 8, respectively, while the laundry items currently in receiving position 16 are moved to the treatment position 11 of the treatment chamber 10, and the laundry items currently in treatment position 11 are moved to the output position 17 of the output hopper 19. The laundry items that may be received in output positions 17, 18, 19, and 20 are moved to the respectively adjacent output positions 18, 19, 20, or 21, respectively.

[0033] exist Figure 1 In the exemplary assembly of the laundry treatment appliance 1 shown in FIG, at the start of a working cycle, shirt 2 moves from receiving position 14 to receiving position 15, shirt 3 moves from receiving position 15 to receiving position 16, shirt 4 moves from receiving position 16 to treatment position 11, shirt 5 moves from treatment position 11 to discharge position 17, and shirt 6 moves from discharge position 17 to discharge position 18.

[0034] In order to make the washings move between each position 12 to 16,11 and 17 to 21, the washings treatment apparatus 1 has a conveying system 22, said conveying system has a drive motor 23 with a rotation angle sensor in the form of an electric motor, said drive motor is connected with the conveying device 25 in the form of a screw 26 by a transmission 24 in the middle. Transmission 24 is configured as a bevel gear transmission at this and converts the driving motion of drive motor 23 into the rotary motion of screw 26 at 90 °. Screw 26 is rotatably supported in the hanger 27 by (not shown at this) spindle bearing at this and is realized in the driving motion of introducing drive motor 23 and makes the washings move between adjacent positions respectively. Washings are hung in each position in the screw 26 at this by the suspension device in the form of hangers 28 that can take out accordingly.

[0035] As in Figure 1 As can be seen in the drawing, the receiving positions 12 to 16 of the input hopper 8 and the discharge positions 17 to 21 of the output hopper 9 are also arranged at a first spacing 29 relative to one another, while the receiving position 16 is arranged at a second spacing 30 relative to the processing position 11 and the processing position 11 is arranged at a second spacing 30 relative to the discharge position 17, which is greater than the first spacing 29. However, in order to enable the laundry to be moved between adjacent positions by the lead screw 26, the lead screw has different pitches in different sections. Therefore, the lead screw 26 is designed with a constant first pitch in a first section 31 between the receiving positions 12 to 16 and also in a third section 32 between the discharge positions 17 to 21. This pitch continuously increases to a larger second pitch in a second section 33 between the receiving position 16 and the processing position 11 and decreases again from the second pitch to the constant first pitch between the processing position 11 and the discharge position 17. This ensures that, during the drive movement introduced by the drive motor 23, the laundry in the receiving positions 12 to 15 and also in the discharge positions 17 to 20 are moved respectively by a stroke corresponding to the spacing 29, while the laundry in the receiving position 16 and the laundry in the processing position 11 are moved respectively by a stroke corresponding to the larger spacing 30.

[0036] In order to realize that single laundry is orthogonal to screw rod 26 orientations in the process of corresponding processing and also when laundry is arranged in receiving position 12 to 16 in input bin box 8 in treatment position 11, single clothes hanger 28 realizes torsion stop accordingly with screw rod 26, stops single clothes hanger 28 and also stops the laundry that is received on this single clothes hanger from being reversed undesirably with respect to screw rod 26 by described torsion stop.Corresponding orthogonal orientation is realized in the following zone of screw rod 26 at this, and screw rod 26 has constant first pitch in this zone.At this, in section 31 and 32, be this situation completely, thereby not only in input bin box 8 but also in output bin box 9, realize closely arranging laundry based on the orthogonal orientation of the laundry that is placed therein.In section 33 of screw rod 26, also realize vertical orientation in treatment position 11, in its mode, screw rod 26 also has constant first pitch at this.Ensure thus, in treatment space 10, the laundry that moves to treatment position 11 at present is equally orthogonal to screw rod 26 orientations.

[0037] In order to achieve a corresponding rotational lock, the corresponding hook 34 in the hanger 28 is modified so that the sides 35 and 36 of the individual hooks 34 extend parallel to the constant first pitch of the threaded spindle 26, as in Figure 2 And the inner surface 37 of the single hook 34 is realized cylindrically, so that the single clothes hanger 28 is also suitable for hanging corresponding clothes on a conventional clothes hanging rod.

[0038] At the beginning of the working cycle, the drive movement is introduced by the drive machine 23 so that a plurality of revolutions of the threaded spindle 26 are caused, wherein in this case, this is preferably five revolutions of the threaded spindle 26. The movement of the individual hangers 28 and thus also the corresponding movement of the laundry is here exemplarily shown in FIG. Figure 3 In the process diagram, the motion of clothes hanger 28 is shown in the x direction and the rotation number of screw 26 is shown in the y direction in this process diagram.It can also be seen that the single laundry is not only oriented orthogonally in the input bin box 8, but also in the output bin box 9 and when occupying the treatment position 11, and when the single laundry is transferred from the input bin box 8 to the treatment position 11 and also when the treatment position is transferred to the output bin box 9, it is possible to realize tilting and placing the single laundry.According to the processing to be implemented in the treatment chamber 7, by easily being introduced into the screw 26 in the opposite direction of the driving motion, the vertical axis of the laundry inputted into the treatment space 10 can be swung around the laundry in the treatment process.

[0039] In order to ensure that the laundry is hung only in the discrete receiving positions 12 to 16 in the area of ​​the input hopper 8 via the corresponding hangers 28, the threaded spindle 26 is surrounded in the section 31 by a template 38, which enables the operator to hang a single hanger 28 in only one of the receiving positions 12 to 16 via a corresponding opening in the template 38. The template 38 can also be designed to be colored in the corresponding area if necessary to better identify the individual receiving positions 12 to 16.

[0040] The embodiment according to the invention makes it possible to realize a laundry treatment appliance in which a reliable transport of the laundry to the treatment chamber of the laundry treatment appliance is ensured by a simple transport device.

[0041] Reference Signs List

[0042] 1 laundry processing equipment

[0043] 2 shirts

[0044] 3 shirts

[0045] 4 shirts

[0046] 5. Shirt

[0047] 6 shirts

[0048] 7 Processing Room

[0049] 8 Input compartment

[0050] 9 Output bin

[0051] 10 Processing Space

[0052] 11 Processing Location

[0053] 12 Receiving location

[0054] 13 Receiving location

[0055] 14 Receiving location

[0056] 15 Receiving Location

[0057] 16 Receiving Location

[0058] 17 Output location

[0059] 18 Output location

[0060] 19 Output location

[0061] 20 Output location

[0062] 21 Output location

[0063] 22 Conveyor System

[0064] 23 Drive motor

[0065] 24 Transmission

[0066] 25 Conveying device

[0067] 26 screw

[0068] 27 Hanger

[0069] 28 hangers

[0070] 29 spacing

[0071] 30 spacing

[0072] 31 sections

[0073] 32 segments

[0074] 33 sections

[0075] 34 Hook

[0076] 35 Side

[0077] 36 Side

[0078] 37 inside

[0079] Type 38 plate.

Claims

1. A laundry treatment appliance (1), comprising a treatment chamber (7) with at least one first treatment space (10), into which laundry can be individually introduced and can be processed accordingly after being transferred to a corresponding treatment position (11), wherein: A conveying device (25) is provided, characterized in that an input hopper (8) is connected upstream of the treatment chamber (7), the input hopper being used to receive a plurality of laundry items to be processed in the first treatment space (10) in sequence in a receiving position, and being able to transfer the laundry items located there from a receiving position adjacent to the first treatment space (10) to a treatment position (11) of the first treatment space (10), the conveying device (25) causing the transfer of individual laundry items between respectively adjacent positions when a drive movement is introduced into the conveying device (25) and being constructed as a screw (26) having different pitches, wherein the pitch of the screw (26) in the input hopper is smaller than the pitch of the screw (26) in the first treatment space (10), and The threaded spindle (26) is surrounded in the region of the input hopper (8) by a template (38), which allows the laundry to be processed to be positioned only in discrete receiving positions.

2. The laundry treatment appliance (1) according to claim 1, characterized in that: The receiving positions of the input hopper (8) are arranged relative to each other at a first spacing (29), and there is a second spacing (30) between the receiving position adjacent to the first processing space (10) and the processing position (11) of the first processing space (10), and the second spacing is greater than the first spacing (29), wherein the screw (26) has a first effective pitch in a first section (31) between the receiving positions, and the first effective pitch is smaller than the second effective pitch, and the screw (26) has the second effective pitch in a second section (33) between the receiving position adjacent to the first processing space (10) and the processing position (11).

3. The laundry treatment appliance (1) according to claim 2, characterized in that: The threaded spindle (26) has a constant first pitch in the first section (31), and the first pitch transitions continuously in the second section (33) to a larger second pitch for achieving the second effective pitch.

4. The laundry processing appliance (1) according to claim 2 or 3, characterized in that: There is a third distance between the processing position (11) of the first processing space (10) and the output position of the first processing space (10), wherein the screw (26) has a third effective pitch between the processing position (11) of the first processing space (10) and the output position of the first processing space (10).

5. The laundry treatment appliance (1) according to any one of claims 1 to 3, characterized in that: An output hopper (9) is located immediately after the treatment chamber (7), and is used to receive a plurality of laundry items that have been processed in the treatment chamber (7) in successive output positions, and in the output hopper, laundry items that have been processed in the treatment chamber (7) can be transferred to an output position adjacent to the treatment chamber (7).

6. The laundry processing appliance (1) according to claim 5, characterized in that: The dispensing positions of the dispensing magazine (9) are each arranged at a distance from one another, wherein the threaded spindle (26) has a corresponding effective thread pitch in a corresponding section (32) between the dispensing positions.

7. The laundry treatment appliance (1) according to any one of claims 1 to 3 and 6, characterized in that: The respective effective thread pitch is selected such that, when a drive movement is introduced and a specific rotation of the threaded spindle (26) associated with the drive movement is determined, the individual laundry items are moved between adjacent positions by an adjustment path corresponding to the respective spacing.

8. The laundry treatment appliance (1) according to any one of claims 1 to 3 and 6, characterized in that: The laundry to be processed is received on the corresponding hanging devices.

9. The laundry processing appliance (1) according to claim 8, characterized in that: The suspension device is present as a removable clothes hanger (28), which correspondingly provides a rotational lock in interaction with the threaded spindle (26).

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