DE102017202678B3 - Laundry care device with an electromechanical component - Google Patents

Abstract

The present invention relates to a laundry care device (100) having a device door (103) for closing a device opening (105) of the laundry care device (100), a closure device (109) for closing the appliance door (103), and a conduit (113) with electrical lines , The laundry care device (100) has an electromechanical component (115) which is electrically connected to the electrical lines, the electromechanical component (115) having a connecting section (121). The laundry care apparatus (100) has a holding element (117), wherein the holding element (117) is fastened to the conduit (113), and wherein the holding element (117) has a fixing section (119) which is designed to hold the holding element (117 ) to be attached to the connecting portion (121) of the electromechanical component (115).

Description

The present invention relates to a laundry care device with an electromechanical component.

In a conventional laundry care device, laundry is introduced through a device opening into a washing drum of the laundry care device. Here, the device opening is closed by a door. In order to prevent the appliance door from being inadvertently opened during a laundry care operation and washing liquid from the laundry care appliance emerging, conventional laundry care appliances have a closure device for closing the appliance door. Conventional laundry care devices can also comprise electromechanical components, which are designed to support a device door closure or a door opening. In this case, the assembly of the closure device or electromechanical components is often sophisticated due to the limited installation space situation.

In the EP 1 418 266 A2 a device for locking a closure door of a washing machine is disclosed.

It is the object underlying the invention to provide a laundry care device with advantageously built-in components for appliance door lock, or for the door release device.

This object is achieved by the subject matter having the features of the independent claim. Advantageous embodiments are the subject of the dependent claims.

According to one aspect, the object according to the invention is achieved by a laundry care device having a device door for closing a device opening of the laundry care device, a closure device for closing the appliance door, and a conduit with electrical lines, the laundry care device having an electromechanical component which is electrically connected to the electrical lines wherein the electromechanical component has a connection portion, wherein the laundry care device has a holding element, wherein the holding element is attached to the duct, and wherein the holding element has a fixing portion which is adapted to attach the connecting portion of the electromechanical component to the holding element.

Thereby, the technical advantage is achieved that can be ensured by the retaining element both an effective mechanical attachment of the electromechanical component to the duct, as well as an effective electrical connection between the electromechanical component and the guided in the duct electrical lines. As a result, in addition to the closure device, an electromechanical component for the appliance door opening, or for the appliance door closure, can be effectively attached to the conduit and connected to the electrical lines.

In this case, both the closure device and the electromechanical component can be operated electrically. The electromechanical component has an electrically operable element which is mechanically movable in a device door opening or door closing operation to assist the opening or closing operation.

The attachment of the electromechanical component to the duct represents a simple assembly concept, which compared to conventional shutter preassembly concepts has significantly space-saving properties, this is to install with a low installation cost and thus material and cheaper than conventional concepts. In addition, a simple and fail-safe interface geometry is made possible between the closure device and the electromechanical component and the electrical lines in the line channel.

A laundry care appliance is understood to mean a device which is used for laundry care, such as e.g. a washing machine or a tumble dryer. In particular, such a laundry care appliance is understood as a household laundry care appliance. So a laundry care device, which is used in the context of household management, and is treated with the laundry in normal household quantities.

In an advantageous embodiment of the laundry care device, the holding element and the conduit are integrally formed, or the holding member and the conduit are formed as separate components, which are interconnected by a releasable attachment.

As a result, the technical advantage is achieved that a simple production of a mechanically stable duct with integrated holding element can be provided by the integral formation of retaining element and duct. If the holding element and the duct are made as separate components, the technical advantage is achieved that both components can be individually adapted to the shape space situation in the laundry care device and then can be stably connected by the releasable attachment.

In a further advantageous embodiment of the laundry care device, the electromechanical component is designed as an electromechanical door opener for opening the appliance door, wherein the electromechanical door opener has a contact plate for abutment with the appliance door, and has an opening pin movably mounted in the contact plate, which is formed in the frame an opening movement to open the door.

As a result, the technical advantage is achieved that the electromechanical door opener together with the closure device allows an effective closing or opening operation of the door. When the appliance door is to be closed, the closure device closes the appliance door at the appliance opening. When the appliance door is to be opened, the closing device releases the appliance door and the electromechanical door opener automatically opens the appliance door. During the opening process, the movably mounted opening pin of the electromechanical door opener is pressed against the fitting on the contact plate door, whereby the door is pushed away from the device opening and thereby the door is opened.

In a further advantageous embodiment of the laundry care appliance, the fastening section of the retaining element has a rear wall, and the connecting section of the electromechanical component has a rear wall, wherein the rear wall of the connecting section bears against the rear wall of the fastening section in order to position the electromechanical component on the retaining element.

Thereby, the technical advantage is achieved that a particularly advantageous positioning of the electromechanical component is made possible by the abutment of the rear wall of the connecting portion of the electromechanical component on the rear wall of the fastening portion of the holding element to the holding element.

In a further advantageous embodiment of the laundry care appliance, the fastening section of the retaining element has a guide element, and the connecting section of the electromechanical component has an insertion element for guided movement of the connecting section along the surface of the guide element in order to position the electromechanical component by an insertion movement on the retaining element.

As a result, the technical advantage is achieved that a particularly effective positioning of the electromechanical component is ensured on the holding element. As part of the insertion movement, the insertion element of the connecting portion of the electromechanical component slides along the surface of the guide element of the fastening portion of the holding element and thereby enables a guided movement of the electromechanical component on the holding element.

In a further advantageous embodiment of the laundry care appliance, the insertion element comprises an upper insertion section for guided movement of the connection section along a surface of an upper guide section of the guide element, and the insertion element comprises a lower insertion section for guided movement of the connection section along a surface of a lower guide section of the guide element.

As a result, the technical advantage is achieved that an effective guided movement during insertion of the electromechanical component is ensured in the holding member by the upper and lower insertion of the insertion, which slides along the surface of the respective upper and lower guide portion.

In a further advantageous embodiment of the laundry care appliance, the fastening section of the retaining element has a latching arm or latching dome which engages in a latching receptacle of the connecting section of the electromechanical component in order to position the electromechanical component on the retaining element.

As a result, the technical advantage is achieved that a particularly effective positioning of the electromechanical component is secured to the holding element by the engaging in the locking receptacle of the electromechanical component locking arm or Rastdom of the holding element. In this case, the electromechanical component can be introduced, for example, in the context of an insertion movement in the holding element, and the locking arm or locking dome secures the electromechanical component on the holding element in the end position to prevent inadvertent release of the electromechanical component.

In a further advantageous embodiment of the laundry care appliance, the latching arm or latching dome extends from a rear side of the fastening section of the retaining element to a front side of the fastening section facing away from the rear side, wherein the latching arm or latching dome has a latching hook on a side facing the front side, which is formed on the connecting section the electromechanical component to limit movement of the connecting portion relative to the fixing portion in a releasing direction, and wherein the release direction extends from the back to the front of the attachment portion.

As a result, the technical advantage is achieved that the voltage applied to the connecting portion of the electromechanical component latching hook or Rastdom prevents movement of the electromechanical component in the release direction, so that an effective locking of the electromechanical component is secured to the support member. Thus, the connecting portion of the electromechanical component can be inserted into the fastening portion of the holding member in an insertion direction opposite to the release direction. Subsequently, the latching hook or latching dome snaps in and abuts the connecting portion and prevents removal of the electromechanical component from the retaining element in the release direction.

In a further advantageous embodiment of the laundry care device, the latching arm or latching dome is movably mounted in the latching receptacle to move the electromechanical component on the holding element in the context of a translational or rotational sliding movement, wherein the translational sliding movement, in particular in the release direction to the abutment of the electromechanical component the latching hook is possible, and / or wherein the translatory sliding movement is possible in particular in a first direction of movement, wherein the first direction of movement extends orthogonal to the release direction from a first longitudinal side to a second longitudinal side of the fastening portion, and / or wherein the rotary sliding movement in particular a second direction of movement is possible, wherein the second movement direction extends radially about a rotation axis, wherein the rotation axis is orthogonal to the release direction and orthogonal to the first movement direction extends from a bottom to an upper side of the mounting portion.

Thereby, the technical advantage is achieved that a translational or rotational sliding movement of the electromechanical component on the holding element is possible by the movable mounting of the locking arm or locking dome in the locking receptacle, whereby a particular mobility of the electromechanical component is made possible on the holding element. The mobility of the electromechanical component allows advantageous degrees of freedom in the assembly of the electromechanical component to the laundry care device and thereby reduces the assembly costs. In addition, the holding element must not be made elastic by the sliding movements made possible to effectively position the electromechanical component on the laundry care device.

A translational movement of the electromechanical component on the holding element may be possible in the release direction until the electromechanical component bears against the latching hook, and the translational movement is thereby limited. As a result, unintentional release of the electromechanical component from the retaining element during a sliding movement of the electromechanical component can be prevented. A further translatory movement of the electromechanical component on the holding element may be possible in the first, lateral, movement direction, which extends orthogonal to the release direction from the first longitudinal side to the second longitudinal side of the fastening section. A rotational movement of the electromechanical component on the holding element may be possible in the second direction of movement radially about the axis of rotation, which extends from a lower side to an upper side of the moving portion. Thus, up to three degrees of freedom of movement of the electromechanical component are made possible on the holding element, which facilitates mounting of the electromechanical component.

In a further advantageous embodiment of the laundry care appliance, the fastening section of the retaining element has at least one stop, which is designed to limit at least one translational or rotational sliding movement of the electromechanical component.

This achieves the technical advantage that the at least one stop limits the sliding movements of the electromechanical component insofar as the electromechanical component does not unintentionally release itself from the holding element and is therefore removed from the holding element during assembly. In particular, the at least one stop may comprise a plurality of stops which each limit a movement of the electromechanical component in the release direction, the first direction of movement and / or the second direction of movement.

In a further advantageous embodiment of the laundry care device, the holding element comprises a stabilizing web for mechanically stabilizing the holding element.

As a result, the technical advantage is achieved that the stabilizing web prevents the retaining element is bent unintentionally during assembly.

In a further advantageous embodiment of the laundry care device, the retaining element has a channel section for fastening the retaining element to the duct.

Thereby, the technical advantage is achieved that the channel section an effective mechanical ensures stable attachment of the retaining element to the duct.

In a further advantageous embodiment of the laundry care device, the closure device has a closure opening, wherein a closure element, in particular a door hook, engages the appliance door in the closure opening in order to close the appliance door on the closure device in the context of a closing operation.

Thereby, the technical advantage is achieved that the closure opening of the closure device for inserting a closure element of the appliance door allows an effective mechanical contact between the closure element and the closure device, so that a closing operation can be made possible by the closure device.

In a further advantageous embodiment of the laundry care appliance, the laundry care appliance has a device wall, wherein the holding element is arranged on an inner side of the appliance wall, wherein the appliance wall has a wall opening, and wherein the electromechanical component is guided at least in sections through the wall opening.

Thereby, the technical advantage is achieved, that the holding element enables an effective positioning of the electromechanical component in such an advantageous manner, so that the electromechanical component can be advantageously guided from the inside of the device through the wall opening to the outside and thus the electromechanical component at least partially at the Outside of the laundry care device is arranged.

In a further advantageous embodiment of the laundry care appliance, the electromechanical component has a plug-in element for electrical connection to the electrical lines.

As a result, the technical advantage is achieved that an effective electrical connection between the electromechanical component and the electrical lines in the duct is made possible by the plug-in element.

Embodiments of the invention are illustrated in the drawings and will be described in more detail below.

Show it:

1 a schematic view of a laundry care device;

2 a schematic view of a laundry care device with a duct, a closure device, an electromechanical component and a holding element;

3 a holding element; and

4 a schematic view of a connected to a holding element electromechanical component.

1 shows a schematic view of a general laundry care device 100 , such as a washing machine. The laundry care device 100 includes a reservoir 101 , which is also referred to as Einspülschale, and can be filled in the detergent or other Wäschepflegesubstanzen. The laundry care device 100 includes a door 103 for loading the laundry care device 100 with laundry. The appliance door 103 closes a device opening 105 on a front side 107 of the laundry care device 100 , A closure device 109 for closing the appliance door 103 on the front side 107 of the laundry care device 100 is in 1 shown only schematically.

2 shows a schematic view of a laundry care device with a duct, a closure device, an electromechanical component and a holding element. The closure device 109 is on an inside of a 2 not shown device wall of the laundry care device 100 arranged. The closure device 109 has a closure opening 111 on which by an in 2 not shown wall opening of the device wall is guided to an outside of the device wall. A closure element of the appliance door 103 , in particular a door hook, engages in the closure opening 111 the closure device 109 a, to the appliance door 103 on the front side 107 of the laundry care device 100 to close in the context of a closing process. The closure device 109 is formed, the closure element in the closure opening 111 release.

The closure device 109 is on a duct 113 attached, which on the inside of the device wall of the laundry care device 100 is arranged, and from a bottom to a top of the laundry care device 100 extends. In the duct 113 are conducted electrical lines and the closure device 109 can be electrically connected to the electrical lines, if it is an electrically operated closure device 109 is.

An electromechanical component 115 is by a holding element 117 at the duct 113 attached, being the electromechanical component 115 with the electrical cables of the duct 113 electrically connected. The holding element 117 has a mounting portion 119 for securing the retaining element 117 at a connecting section 121 of the electromechanical component 115 on.

Here, the holding element 117 and the duct 113 in particular be integrally formed as a common component or may be the holding element 117 and the duct 113 in particular as two separate components 113 . 117 be formed, which are connected together by a releasable attachment.

The electromechanical component 115 is as an electromechanical door opener to open the door 103 educated. The electromechanical door opener has a contact plate 123 to concern for the appliance door 103 on, being in the contact plate 123 a movably mounted opening pin 125 is arranged, which is formed, in the context of an opening movement, the appliance door 103 to open. In addition, the electromechanical component has 115 a plug-in element 127 which is formed, the electromechanical component 115 with the electrical cables of the duct 113 electrically connect.

3 shows a holding element 117 , The holding element 117 has a mounting portion 119 for securing the retaining element 117 at an in 3 not shown connecting portion 121 an electromechanical component 115 on. The holding element 117 has a channel section 129 for securing the retaining element 117 at an in 3 not shown duct 113 on. Between the attachment section 119 and the channel section 129 is a stabilization bar 131 for mechanically stabilizing the retaining element 117 arranged, whereby it can be prevented that the holding element 117 unintentionally bending.

The attachment section 119 also has a back wall 133 on, on which an in 3 not shown rear wall of the connecting portion 121 of the electromechanical component 115 is applied to the electromechanical component 115 on the holding element 117 to position. The attachment section 119 also has a guide element 135 on which an upper guide section 137 and lower guide sections 139 . 141 includes.

The attachment section 119 also has a latching arm 143 with a latching hook 144 on which is in an in 3 not shown locking receptacle of the connecting portion 121 of the electromechanical component 115 engages the electromechanical component 115 on the holding element 117 to position. In this case, the latching arm extends 143 from a backside 145 of the attachment section 119 to one of the back 145 facing away from the front 147 of the attachment section 119 , The latch arm 143 limits movement of the connecting portion 121 of the electromechanical component 115 in a release direction 149 which are different from the back 145 to the front 147 of the attachment section 119 extends.

As in 3 not shown, is the latching arm 143 movably mounted in the locking receptacle to the electromechanical component 115 to move in the context of a translational and / or rotational sliding movement. The translational sliding movement is especially in the release direction 149 possible until the electromechanical component 115 at the latching hook 144 is applied. The translational sliding movement is further in a first direction of movement 151-1 possible, with the first direction of movement 151-1 orthogonal to the release direction 149 from a first longitudinal side 152-1 to a second longitudinal side 152-2 of the attachment section 119 extends. The rotary sliding movement is also in a second direction of movement 151-2 possible, with the second direction of movement 151-2 radially about an axis of rotation 151-3 extending, which is orthogonal to the release direction 149 and to the first direction of movement 151-1 from a bottom 152-3 to a top 152-4 of the attachment section 119 extends.

To the sliding movement of the connecting portion 121 of the electromechanical component 115 to limit, includes the attachment section 119 of the holding element 117 attacks 153 to which the connecting portion 121 abuts to limit the translational and / or rotational sliding movement.

4 shows a schematic view of an electromechanical component connected to a holding element. The holding element 117 has a mounting portion 119 for securing the retaining element 117 at a connecting section 121 an electromechanical component 115 on. The holding element 117 has a channel section 129 for securing the retaining element 117 at the duct 113 on. Between the attachment section 119 and the channel section 129 is a stabilizing element 131 for mechanically stabilizing the retaining element 117 arranged.

The attachment section 119 has a back wall 133 on, on which a back wall 155 of the connection section 121 of the electromechanical component 115 is applied to the electromechanical component 115 on the holding element 117 to position. The attachment section 119 also has a guide element 135 on which one upper guide section 137 and lower guide sections 139 . 141 includes.

The attachment section 119 also has a latching arm 143 with a latching hook 144 on which is in a snap-in receptacle 157 of the connection section 121 of the electromechanical component 115 engages the electromechanical component 115 on the holding element 117 to position. In this case, the latching arm extends 143 from a backside 145 of the attachment section 119 to one of the back 145 facing away from the front 147 of the attachment section 119 , The latch arm 143 limits movement of the connecting portion 121 of the electromechanical component 115 in a release direction 149 which are different from the back 145 to the front 147 of the attachment section 119 extends.

The latch arm 143 is in the snap-in receptacle 157 movably mounted to the electromechanical component 115 in the context of a translational or rotational sliding movement according to the statements according to 3 in the release direction 149 , as well as the first and second direction of movement 151-1 . 151-2 to move.

To the sliding movement of the connecting portion 121 of the electromechanical component 115 to limit, includes the attachment portion 119 of the holding element 117 attacks 153 to which the connecting portion 121 abuts to limit the translational or rotational sliding movement.

Alternatively, a vertical standing Rastdom with snap hooks in the locking receptacle 157 be introduced to the electromechanical component 115 on the holding element 117 to fix. The need translational and rotational degrees of freedom are here by the design of the locking dome and the locking receptacle 157 realized.

By the retaining element 117 becomes a particularly effective attachment of the electromechanical component 115 at the duct 113 ensured. This results in particular a space-saving shutter preassembly concept, a cost and montageaufwandsgünstige connection to the electromechanical component 115 , in particular door opener, and a simple and effective geometry of the electrical interfaces between the electromechanical component 115 and the electrical wires in the duct 113 ,

An advantageous positioning of the electromechanical component 115 on the laundry care device 100 is possible without the retaining element 117 must be deformed.

All features explained and shown in connection with individual embodiments of the invention may be provided in different combinations in the article according to the invention, in order to simultaneously realize their advantageous effects.

The scope of the present invention is given by the claims and is not limited by the features illustrated in the specification or shown in the figures.

LIST OF REFERENCE NUMBERS

100

 Laundry care device

101

 reservoir

103

 door

105

 opening devices

107

 Front of the laundry care appliance

109

closure device

111

 shutter opening

113

 duct

115

 Electromechanical component

117

 retaining element

119

 Attachment section of the holding element

121

 Connecting portion of the electromechanical component

123

 contact plate

125

 opening pin

127

 plug-in element

129

 channel section

131

 stabilization bar

133

 Rear wall of the attachment section

135

 guide element

137

 Upper management section

139

 Lower guide section

141

 Lower guide section

143

 detent arm

144

 latch hook

145

 Rear of the attachment section

147

 Front of the attachment section

149

 release direction

151-1

 First direction of movement

151-2

 Second direction of movement

151-3

 axis of rotation

152-1

 First longitudinal side of the attachment section

152-2

 Second longitudinal side of the attachment section

152-3

 Bottom of the mounting section

152-4

 Top of the attachment section

153

 attack

155

 Rear wall of the connecting section

157

 latching receptacle

Claims (15)

Laundry care device ( 100 ) with a door ( 103 ) for closing a device opening ( 105 ) of the laundry care device ( 100 ), a closure device ( 109 ) for closing the appliance door ( 103 ), and a duct ( 113 ) with electrical lines, characterized in that the laundry care device ( 100 ) an electromechanical component ( 115 ), which is electrically connected to the electrical lines, wherein the electromechanical component ( 115 ) a connecting section ( 121 ), and that the laundry care device ( 100 ) a holding element ( 117 ), wherein the retaining element ( 117 ) on the duct ( 113 ), and wherein the retaining element ( 117 ) an attachment portion ( 119 ), which is formed, the holding element ( 117 ) at the connecting portion ( 121 ) of the electromechanical component ( 115 ) to fix. Laundry care device ( 100 ) according to claim 1, characterized in that the retaining element ( 117 ) and the duct ( 113 ) are integrally formed, or that the retaining element ( 117 ) and the duct ( 113 ) as separate components ( 117 . 113 ) are formed, which are connected to each other by a releasable attachment. Laundry care device ( 100 ) according to claim 1 or 2, characterized in that the electromechanical component ( 115 ) as an electromechanical door opener to open the door ( 103 ), wherein the electromechanical door opener a contact plate ( 123 ) for contacting the appliance door ( 103 ), and one in the contact plate ( 123 ) movably mounted opening pin ( 125 ), which is formed, in the context of an opening movement, the appliance door ( 103 ) to open. Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the fastening section ( 119 ) of the retaining element ( 117 ) a back wall ( 133 ), and that the connecting portion ( 121 ) of the electromechanical component ( 115 ) a back wall ( 155 ), the rear wall ( 155 ) of the connection section ( 121 ) on the back wall ( 133 ) of the attachment section ( 119 ) is applied to the electromechanical component ( 115 ) on the retaining element ( 117 ). Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the fastening section ( 119 ) of the retaining element ( 117 ) a guide element ( 135 ), and that the connecting portion ( 121 ) of the electromechanical component ( 115 ) an insertion element for guided movement of the connecting portion ( 121 ) along the surface of the guide element ( 135 ) to the electromechanical component ( 115 ) by an insertion movement on the holding element ( 117 ). Laundry care device ( 100 ) according to claim 5, characterized in that the insertion element has an upper insertion section for guided movement of the connecting section (FIG. 121 ) along a surface of an upper guide section (FIG. 137 ) of the guide element ( 135 ), and that the insertion element has a lower insertion section for guided movement of the connection section (Fig. 121 ) along a surface of a lower guide section (FIG. 139 . 141 ) of the guide element ( 135 ). Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the fastening section ( 119 ) of the retaining element ( 117 ) a latching arm ( 143 ) or Rastdom, which in a locking receptacle ( 157 ) of the connection section ( 121 ) of the electromechanical component ( 115 ) engages the electromechanical component ( 115 ) on the retaining element ( 117 ). Laundry care device ( 100 ) according to claim 7, characterized in that the latching arm ( 143 ) or Rastdom from a back ( 145 ) of the attachment section ( 119 ) of the retaining element ( 117 ) to one of the back ( 145 ) facing away from the front ( 147 ) of the attachment section ( 119 ), wherein the latching arm ( 143 ) or Rastdom on one of the front ( 147 ) facing side a latch hook ( 144 ) which is formed on the connecting portion (FIG. 121 ) of the electromechanical component ( 115 ) to detect a movement of the connection section ( 121 ) opposite the attachment section ( 119 ) in a release direction ( 149 ) and where the release direction ( 149 ) from the back ( 145 ) to the front ( 147 ) of the attachment section ( 119 ). Laundry care device ( 100 ) according to claim 8, characterized in that the latching arm ( 143 ) or Rastdom in the locking receptacle ( 157 ) is movably mounted to the electromechanical component ( 115 ) on the retaining element ( 117 ) in the context of a translatory or rotational sliding movement, wherein the translational sliding movement, in particular in the release direction ( 149 ) until the abutment of the electromechanical component ( 115 ) on the latching hook ( 144 ) is possible, and / or wherein the translational sliding movement in particular in a first direction of movement ( 151-1 ) is possible, wherein the first direction of movement ( 151-1 ) orthogonal to the release direction ( 149 ) from a first longitudinal side ( 152-1 ) to a second Longitudinal side ( 152-2 ) of the attachment section ( 119 ), and / or wherein the rotary sliding movement, in particular in a second direction of movement ( 151-2 ) is possible, wherein the second direction of movement ( 151-2 ) radially about a rotation axis ( 151-3 ), wherein the axis of rotation ( 151-3 ) orthogonal to the release direction ( 149 ) and orthogonal to the first direction of movement ( 151-1 ) from an underside ( 152-3 ) to a top ( 152-4 ) of the attachment section ( 119 ). Laundry care device ( 100 ) according to claim 9, characterized in that the fixing portion ( 119 ) of the retaining element ( 117 ) at least one attack ( 153 ), which is formed, at least one translational or rotational sliding movement of the electromechanical component ( 115 ) to limit. Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the retaining element ( 117 ) a stabilizing bar ( 131 ) for mechanically stabilizing the retaining element ( 117 ). Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the retaining element ( 117 ) a channel section ( 129 ) for fastening the retaining element ( 117 ) on the duct ( 113 ) having. Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the closure device ( 109 ) a closure opening ( 111 ), wherein a closure element, in particular a door hook, the appliance door ( 103 ) into the closure opening ( 111 ) engages the appliance door ( 103 ) on the closure device ( 109 ) in the context of a closing process. Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the laundry care appliance ( 100 ) has a device wall, wherein the retaining element ( 117 ) is arranged on an inner side of the device wall, wherein the device wall has a wall opening, and wherein the electromechanical component ( 115 ) is guided at least in sections through the wall opening. Laundry care device ( 100 ) according to one of the preceding claims, characterized in that the electromechanical component ( 115 ) a plug-in element ( 127 ) for electrical connection to the electrical leads.

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