DE102015105365A1 - Wall socket with a connection module and wall switch with a connection module - Google Patents

Abstract

A wall outlet having a terminal module, comprising: a socket main body (1) having a female connector (11); and a terminal module (2) disposed on the socket main body (1) and electrically connected to the socket main body (1), the terminal module (2) optionally protruding beyond the socket main body (1). In this way, the wall outlet fulfills the adapter function, which ensures better flexibility and practical application.

Description

The invention relates to a wall socket with a connection module, in particular a wall socket with a connection module according to the preamble of claim 1 and a similarly constructed wall switch with a connection module according to the preamble of claim 13.

The conventional (wall) outlet is functionally very limited. It is only suitable for a single format of plugs. When using another type of plugs you have to buy an additional adapter, which causes difficulties for the user. Also, the conventional wall switch is an electrical device mounted on the wall which also does not perform an adapter function. There is thus the disadvantage of user unfriendliness.

The invention has for its object to provide a provided with a connection module wall socket and a similarly constructed wall switch, and which fulfills the adapter function, which ensures better flexibility and practical application, the user saves the purchase of another adapter.

This object is achieved by a provided with a connection module wall socket having the features specified in claim 1, and by a provided with a connection module wall switch. Further advantageous developments of the invention will become apparent from the dependent claims.

According to the invention, there is provided a wall socket with a terminal module comprising:
a socket main body having a female connector; and
a terminal module disposed on the socket main body and electrically connected to the socket main body, the terminal module optionally protruding beyond the socket main body.

According to the invention, there is further provided a wall switch with a connection module comprising:
a switch body in which a switch unit ( 5 ) is located; and
a connection module which is arranged on the switch body and is electrically connected thereto, the connection module optionally protruding beyond the switch body.

• 1. Die erfindungsgemäße Wandsteckdose weist einen Steckdosen-Hauptkörper und ein Anschlussmodul auf. Außerdem erfüllt die erfindungsgemäße Wandsteckdose die Adapterfunktion, was eine bessere Flexibilität und eine praktische Anwendung gewährleistet, wobei sich der Benutzer dem Ankauf eines weiteren Adapters erspart.
• 2. Das Anschlussmodul ist oben auf dem Steckdosen-Hauptkörper so angeordnet, dass das elektronische Gerät ebenfalls oben auf den Steckdosen-Hauptkörper gestellt werden kann, wenn dieses mit dem Anschlussmodul steckverbunden ist. Damit erfüllt der Steckdosen-Hauptkörper die Tragfunktion, sodass das elektronische Gerät stabil gestellt werden kann, wenn das mit elektrischer Energie gespeist und aufgeladen wird oder für die Datenübertragung sorgt.
• 3. Der erfindungsgemäße Wandschalter erfüllt zusätzlich die Adapterfunktion. Außerdem kann das elektronische Gerät auf den Schalterkörper gestellt werden. Damit erfüllt der Schalterkörper noch die Tragfunktion.

In summary, the following advantages can be achieved, for example, with the wall socket according to the invention or with the wall switch according to the invention:

• 1. The wall socket according to the invention has a socket main body and a connection module. In addition, the wall socket according to the invention fulfills the adapter function, which ensures better flexibility and a practical application, whereby the user saves the purchase of another adapter.
• 2. The connection module is located on top of the socket main body so that the electronic device can also be placed on top of the socket main body when plugged into the connection module. Thus, the socket main body performs the supporting function, so that the electronic device can be stably set when it is supplied with electric power and charged or provides the data transmission.
• 3. The wall switch according to the invention additionally fulfills the adapter function. In addition, the electronic device can be placed on the switch body. Thus, the switch body still fulfills the support function.

In the following the invention and its embodiments will be explained in more detail with reference to the drawing. In the drawing shows:

1 an exploded perspective view of a first embodiment of a wall socket according to the invention;

2 an assembled perspective view of the first embodiment of a wall socket according to the invention;

3 an assembled perspective view of the first embodiment of a wall socket according to the invention in use;

4 an assembled perspective view of a second embodiment of a wall socket according to the invention;

5 an assembled perspective view of a third embodiment of a wall socket according to the invention;

6 an assembled perspective view of a fourth embodiment of a wall socket according to the invention;

7 an assembled perspective view of a fifth embodiment of a wall socket according to the invention;

8th an assembled perspective view of a sixth embodiment of a wall socket according to the invention;

9 an assembled perspective view of a seventh embodiment of a wall socket according to the invention;

10 an assembled perspective view of an eighth embodiment of a wall socket according to the invention;

11 an assembled perspective view of a ninth embodiment of a wall socket according to the invention, serving as a wall switch;

12 an assembled perspective view of a tenth embodiment of a wall socket according to the invention;

13 an assembled perspective view of an eleventh embodiment of a wall socket according to the invention;

14 an assembled perspective view of a twelfth embodiment of a wall socket according to the invention;

15 an assembled perspective view of a thirteenth embodiment of a wall socket according to the invention;

16 an assembled perspective view of a fourteenth embodiment of a wall socket according to the invention;

17 an assembled perspective view of a fifteenth embodiment of a wall socket according to the invention;

18 an assembled perspective view of a sixteenth embodiment of a wall socket according to the invention; and

19 an assembled perspective view of a seventeenth embodiment of a wall socket according to the invention.

[First Embodiment]

How out 1 and 2 can be seen, a wall socket according to the invention with a connection module has a socket main body 1 and a connection module 2 on. The socket main body 1 is formed in one, two or more parts. The socket main body 1 has at least one socket 11 on whose design should not be limited. Inside the socket main body 1 also circuits [not shown] may be provided. The socket main body 1 and the sockets 11 are known per se and therefore need not be explained in detail here.

The connection module 2 is at the socket main body 1 arranged and electrically connected to the socket main body 1 and a replaceable module 3 connected. The connection module 2 Optionally protrudes over the socket main body 1 out. The connection module 2 is with the socket main body 1 plug-in or rotary connected and serves as an input or output port. In the illustrated embodiment, the connection module 2 with the socket main body 1 plug-connected. The socket main body 1 is at the edge with an insertion groove 12 Mistake. That is, the insertion groove 12 is formed on the upper, the left or the right side. The connection module 2 has a first connection 21 and a second connection 22 on. The first and the second connection 21 . 22 are electrically connected. The connection module 2 engages in the insertion groove 12 such that the connection module 2 at the socket main body 1 is attached. The connection module 2 is about the connection 22 electrically with the socket main body 1 and the replaceable module 3 connected. The first connection 21 of the connection module 2 Can over the top of the socket main body 1 protrude to allow a practical insertion of the electronic device.

As in 1 and 2 shown, the wall socket according to the invention further comprises an exchangeable module 3 detachable with the socket main body 1 connected is. It can be one, two or more interchangeable modules 3 be provided. The exchangeable module 3 has a module body 31 and at least one on the module body 31 arranged connection unit 32 on. The socket main body 1 is front side with a receiving groove 13 provided in which the replaceable module 3 is detachably installed. The exchangeable module 3 Can with the socket main body 1 be screwed or locked connected.

The exchangeable module 3 is outside with one, two or more electrical contacts 33 provided, which serves as an input or output port. The electrical contacts 33 come with appropriate electrical contacts 14 of the socket main body 1 in contact to make an electrical connection. The electrical contacts 14 of the socket main body 1 are electrical with the circuit of the socket main body 1 so connected that the replaceable module 3 electrically connected to the internal circuitry of the socket main body 1 connected is. In this way, the electrical energy or the signals of the socket main body 1 to the replaceable module 3 to get redirected. The exchangeable module 3 and the connection unit 32 can serve as an input or output port.

The module body 31 is with an electronic device 34 Mistake. The electronic device 34 is in hidden or exposed way on the module body 31 arranged. At the electronic device 34 it is a transformer, night light, wireless charger, emergency light, wireless controller, wireless base station, wireless module, timer, fault circuit breaker, cable reel, sensor, motion detection device or battery, etc.

The exchangeable module 3 is on the top side with one of the insertion groove 12 corresponding connection opening 35 Mistake. That is, the connection opening 35 is at one of the Einstecknut 12 adjacent side of the replaceable module 3 educated. In this way, the second port 22 of the connection module 2 at the same time in the connection opening 35 be introduced when the connection module 2 in the insertion groove 12 intervenes. This allows the connection module 2 over the second connection 22 through the connection opening 35 electrically with the replaceable module 3 be connected. At the first connection 21 , the second port 22 , the connection unit 32 and the connection opening 35 can it be a USB, IEEE-1394 HDMI, AV and DC connections.

As in 2 and 3 shown, the user can use an electronic device 9 , such as As a cell phone, in the first port 21 of the connection module 2 so introduce that the electronic device 9 makes an electrical connection to the wall socket. This allows the electronic device 9 be powered and charged with electrical energy and provides for data transmission. The electronic device 9 Can on top of the outlet main body 1 be placed so that this is safe when the electronic device 9 is powered and charged with electrical energy or provides for data transmission. It would be conceivable that the electronic device 9 electrically connected to the terminal unit via a connection cable [not shown] 32 or the socket 11 connected is. This allows the electronic device 9 be powered and charged with electrical energy and provides for data transmission.

Second Embodiment

How out 4 can be seen, the socket main body 1 and the replaceable module 3 be changed in terms of design. The insertion groove 12 is located on the left or the right side. The connection module 2 is at the socket main body 1 arranged, wherein the first and the second connection 21 . 22 via a connection cable 23 electrically connected to each other. The connection opening 35 is at one of the Einstecknut 12 adjacent side of the replaceable module 3 educated. In this way, the second port 22 of the connection module 2 at the same time in the connection opening 35 be introduced when the connection module 2 in the insertion groove 12 intervenes. This allows the connection module 2 over the second connection 22 through the connection opening 35 electrically with the replaceable module 3 be connected. The first connection 21 of the connection module 2 is up in a groove 15 of the socket main body 1 introduced, with the first port 21 optionally over the edge of the socket main body 1 protrudes to make a simple connection to the electronic device.

[Third Embodiment]

According to 5 is the socket main body 1 on the upper side with a thickened support section 16 provided to allow a stable resting of the electronic device.

[Fourth Embodiment]

According to 6 is the connection module 2 at the socket main body 1 arranged pivotally. The connection module 2 has a first connection 21 electrically connected to the outlet main body through a connection wire, a connection disc or a connector 1 and the replaceable module 3 connected is. The connection module 2 is pivotable so that it is erect or head-side down on the socket main body 1 lies. Is the connection module 2 on the socket main body 1 erected, stands the first connection 21 over the socket main body 1 so that an electronic device such. B. cell phone, is electrically plugged.

[Fifth Embodiment]

According to 7 is a carrier plate 17 swiveling with the socket main body 1 connected. The socket main body 1 is with a first joint part 17a provided, wherein the carrier plate 17 via a second joint part 17b features. The first joint part 17a and the second joint part 17b are pivotally connected together so that the carrier plate 17 swiveling at the socket main body 1 is arranged. Will the carrier plate 17 swung down in a horizontal or an oblique position, this can carry an electronic device. When not in use, the carrier plate 17 up to the front of the socket main body 1 be pivoted. The carrier plate 17 is on the edge with locking elements 17c Mistake, with which the carrier plate 17 at the socket main body 1 latch.

[Sixth Embodiment]

According to 8th is a carrier plate 17 swiveling with the socket main body 1 connected. Will the carrier plate 17 pivoted down into an oblique position, this can carry an electronic device. Certainly, the carrier plate 17 up to the front of the socket main body 1 be pivoted. There are several connection modules 2 , That is, the socket main body 1 is front and top side, each with a Einstecknut 12 Mistake. The connection modules 2 can in the respective Einstecknuten 12 be introduced. The connection module 2 is over the second port 22 electrically connected to a corresponding terminal [not shown] of the socket main body 1 connected. The first connections 21 the connection modules 2 protrude over the front and top of the socket main body 1 to make a simple plug connection with the electronic device.

The socket main body 1 is at the top on both sides of the insertion groove 12 each with a receiving groove 19 Mistake. When not in use, the connection module 2 from the insertion groove 12 pulled out and in the receiving groove 19 housed to a convenient storage of the connection module 2 to enable. The connections 21 . 22 of the connection module 2 are partly over a pivot 24 pivotally arranged, such that the connection module 2 can be pivoted into a stored position.

[Seventh Embodiment]

According to 9 is the socket main body 1 with a recording box 18 provided, the front of an opening 181 having. In the recording box 18 there is a displaceably arranged carrier plate 17 , The carrier plate 17 can move back and forth. The carrier plate 17 optionally protrudes from the opening 181 of the receiving box 18 out to carry the electronic device. There are several connection modules 2 connected to the socket main body 1 and the carrier plate 17 are plugged or rotationally connected. In addition, the connection modules 2 electrically with the socket main body 1 and the replaceable module 3 connected.

Eighth and Ninth Embodiments

According to 10 is the socket 11 designed in European or German design, with the socket 11 according to 11 designed in British style. At the socket main body 1 is a switch 5 arranged electrically with the circuit of the socket main body 1 is connected to turn the switch on and off.

[Tenth Embodiment]

According to 12 is the replaceable module 3 with a display device 36 provided, which is composed of a plurality of light emitting diodes or designed as a liquid crystal display. The display device 36 is electric with the replaceable module 3 connected. For example, the display device 36 electrically with the connection unit 32 connected. Is the electronic device electrically connected to the connection unit 32 connected, the amount of current and the voltage magnitude of the electrical energy supplied to the electronic product can be displayed.

[Eleventh Embodiment]

According to 13 is the socket main body 1 inside with an adapter 4 provided that has a third and a fourth connection 41 . 42 features. The third and the fourth connection 41 . 42 are electrically connected. Besides, the fourth connection is 42 with the connection opening 35 plug-connected. The connection module 2 is in the insertion groove 12 introduced and via this electrically with the third connection 41 connected. In this way, the connection module 2 over the second connection 22 , the adapter 4 and the connection opening 35 electrically with the replaceable module 3 connected.

In the 11 illustrated wall socket can be used as a wall switch. That is, the invention may also be a wall switch with a connection module. The in 11 shown socket main body 1 may be a switch body in which a switch unit 5 located. The connection module 2 is disposed on the switch body and electrically connected thereto. That is, the connection module 2 is electrically connected to a circuit disposed inside the switch body. The connection module 2 Optionally protrudes beyond the switch body.

The number and type of switch unit according to the invention 5 should not be limited. In addition, the switch unit 5 be arranged on the switch body, which is designed differently in shape and construction, as shown in the above embodiments. This results in the wall switch with a connection module. In the switch body is a receiving groove 13 trained, in which a replaceable module 3 is detachably installed. The exchangeable module 3 and the switch body are electrically connected. As the switch body, the connection module and the replaceable module in the eleventh embodiment of the socket main body 1 , the connection module 2 and the replaceable module 3 in the above embodiments, they need not be explained in detail.

Twelfth and Thirteenth Embodiment

According to 14 and 15 The wall socket can be used as a wall switch. The socket main body 1 is also a switch body. The socket main body 1 is with a switch unit 5 Mistake. The connection module 2 is disposed on the switch body and electrically connected thereto. In the switch body is a receiving groove 13 formed, in which a replaceable module 3 located. The exchangeable module 3 and the switch body are electrically connected.

Fourteenth Embodiment

According to 16 is a cover 6 swiveling on the socket main body 1 arranged. The cover 6 is optionally located on the connection module 2 on to the connection module 2 to protect.

Fifteenth Embodiment

According to 17 is a carrier plate 17 swiveling on the socket main body 1 arranged. The cover 6 can be pivoted down into an oblique position so that an end portion 17d the carrier plate 17 placing an electronic device on the top of the socket main body 1 arranged carrier section 16 supported. The end section 17d the carrier plate 17 increases the bearing area for the electronic device. This ensures a stable installation of the electronic device. When not in use, the carrier plate 17 up to the front of the socket main body 1 be pivoted. The end section 17d the carrier plate 17 is with at least one guide rail 17e connected, the socket main body 1 above a corresponding guide 16a having. By moving the guide rail 17e in the guide groove 16a can the carrier plate 17 move reliably. The guide rail 17e is in the guide groove 16a slidable to a stable pivoting of the support plate 17 to enable. In addition, the guide rails 17e also serve as a support surface for the electronic device.

The connection module 2 is slidable on the socket main body 1 arranged. That is, the connection module 2 can be in the insertion groove 12 to move back and fourth. The third and the fourth connection 41 . 42 are electrically connected by flexible wires, so that the third connection 41 with the connection module 2 can be moved forwards and backwards. Between the connection module 2 and the socket main body 1 is a spring element 7 provided with which the connection module 2 push forward. Will the connection module 2 moved forward to a predetermined position, the connection module 2 against the front end of the insertion groove 12 abutment or be brought with a positioning mechanism in the situation. Will the connection module 2 moved forward, the electronic device can easily into the first port 21 of the connection module 2 be introduced without affecting the operation of the wall. When not in use, the carrier plate 17 to the front of the socket main body 1 pivoted, the support plate 17 the connection module 2 pushes back and this brings back to its original position.

Sixteenth Embodiment

According to 18 is the first connection 21 of the connection module 2 in the on the edge of the socket main body 1 trained groove 15 introduced. The groove 15 extends over a certain length. For example, it may go to the left or right side of the outlet main body 1 so rich that the groove 15 is elongated. The first connection 21 of the connection module 2 can be in the elongated groove 15 so move that first connection 21 of the connection module 2 fulfills an adjustment function. The first connection 21 of the connection module 2 can face the socket main body 1 move. As required, it can move to allow a desired adjustment of the position. This avoids that the electronic device interferes with other objects in contact, if this in the connection module 2 is introduced. No matter where the mating connector of the electronic device is, the electronic device may face the socket main body 1 be placed in a correct position without the electronic device out of balance.

Seventeenth Embodiment

According to 19 indicates the connection module 2 a second connection 22 and an electronic device 25 on. The second connection 22 and the electronic device 25 are electrically connected. The connection module 2 is over the second port 22 electrically with the socket main body 1 and the replaceable module 3 connected. At the electronic device 25 it is a transformer, a night light, a wireless charger, an emergency light, a wireless controller, a wireless base station, a radio module, a timer, a fault current breaker, a cable reel, a sensor, a motion detection device or a battery, etc.

The foregoing description illustrates the embodiments of the invention and is not intended to limit the claims. All equivalent changes and modifications that may be made by those skilled in the art in accordance with the description and drawings of the invention are within the scope of the present invention.

LIST OF REFERENCE NUMBERS

1

 Socket main body

11

 socket

12

 insert groove

13

 receiving groove

14

 electric contact

15

 groove

16

 support section

16a

 guide

17

 support plate

17a

 first joint part

17b

 second joint part

17c

 locking element

17d

 end

17e

 guide rail

18

 receiving box

181

 opening

19

 receiving groove

20

 guide

21

 first connection

22

 second connection

23

 connection cable

24

 pivot

25

 electronic device

3

 exchangeable module

31

 module body

32

 connection unit

33

 electric contact

34

 electronic device

35

 port opening

36

 display device

4

 adapter

41

 third connection

42

 fourth connection

5

 switch unit

6

 cover

7

 spring element

9

 electronic device

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely 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.

Cited non-patent literature

• IEEE-1394 [0033]

Claims (20)

Wall socket having a connection module, comprising: a socket main body ( 1 ), which has a socket ( 11 ) having; and a connection module ( 2 ) connected to the socket main body ( 1 ) and electrically connected to the socket main body ( 1 ), wherein the connection module ( 2 ) optionally via the socket main body ( 1 protrudes). Wall socket according to claim 1, characterized in that the connection module ( 2 ) with the socket main body ( 1 ) is plugged. Wall socket according to claim 1 or 2, characterized in that the socket main body ( 1 ) with an insertion groove ( 12 ), wherein the connection module ( 2 ) a first connection ( 21 ) and a second port ( 22 ), and wherein the first and second terminals ( 21 . 22 ) are electrically connected, and wherein the connection module ( 2 ) in the insertion groove ( 12 ), and wherein the first port ( 21 ) via the socket main body ( 1 protrudes). Wall socket according to one of claims 1 to 3, characterized in that the socket main body ( 1 ) with a receiving groove ( 13 ) into which a replaceable module ( 3 ) is removably installed, wherein the replaceable module ( 3 ) a module body ( 31 ) and at least one on the module body ( 31 ) arranged connection unit ( 32 ), and wherein the replaceable module ( 3 ) and the socket main body ( 1 ) are electrically connected together. Wall socket according to one of claims 1 to 3, characterized in that the first and the second terminal ( 21 . 22 ) via a connection cable ( 23 ) are electrically connected together. Wall socket according to one of claims 1 to 3, characterized in that the first and the second terminal ( 21 . 22 ) via a pivot ( 24 ) are pivotally connect. Wall socket according to one of claims 1 to 6, characterized in that the connection module ( 2 ) pivotable on the socket main body ( 1 ) is arranged. Wall socket according to one of claims 1 to 6, characterized in that a carrier plate ( 17 ) pivotable with the socket main body ( 1 ), wherein the carrier plate ( 17 ) is pivotable downward in a horizontal or an oblique position, and wherein the carrier plate ( 17 ) up to the front side of the socket main body ( 1 ) is pivotable. Wall socket according to one of claims 1 to 8, characterized in that the socket main body ( 1 ) with a receiving box ( 18 ), the front side an opening ( 181 ), wherein in the receiving box ( 18 ) is a displaceably arranged carrier plate ( 17 ), which is optional from the opening ( 181 ) of the receiving box ( 18 ) stands out. Wall socket according to one of claims 1 to 9, characterized in that a carrier plate ( 17 ) pivotable with the socket main body ( 1 ), wherein the carrier plate ( 17 ) is pivotable downward in a horizontal or an oblique position, and wherein the carrier plate ( 17 ) up to the front side of the socket main body ( 1 ) is pivotable, and wherein the end portion ( 17d ) of the carrier plate ( 17 ) with at least one guide rail ( 17e ), the socket main body ( 1 ) above a corresponding guide groove ( 16a ), and wherein by moving the guide rail ( 17e ) in the guide groove ( 16a ) the connection module ( 2 ) on the socket main body ( 1 ) is moved forwards and backwards, and wherein between the connection module ( 2 ) and the socket main body ( 1 ) a spring element ( 7 ) is provided, with which the connection module ( 2 ) can be pushed forward. Wall socket according to one of claims 1 to 10, characterized in that the connection module ( 2 ) an electronic device ( 34 ) selected from a group consisting of a transformer, a night light, a wireless charger, an emergency light, a wireless controller, a wireless base station, a radio module, a timer, a fault circuit breaker, a cable reel, a sensor, a motion detection device, and has a battery. Wall socket according to one of claims 1 to 11, characterized in that the connection module ( 2 ) a first connection ( 21 ) and a second port ( 22 ), both of which are electrically connected to each other, the first terminal ( 21 ) of the connection module ( 2 ) in one at the edge of the socket main body ( 1 ) formed elongated groove ( 15 ) is arranged displaceably. Wall switch with a connection module, comprising: a switch body in which a switch unit ( 5 ) is located; and a connection module ( 2 ), which is arranged on the switch body and is electrically connected thereto, wherein the connection module ( 2 ) optionally protrudes beyond the switch body. Wall switch according to claim 13, characterized in that the connection module ( 2 ) is plugged or rotationally connected to the switch body. Wall switch according to claim 13, characterized in that in the switch body a receiving groove ( 13 ) into which a replaceable module ( 3 ) is removably installed, wherein the replaceable module ( 3 ) a module body ( 31 ) and at least one on the module body ( 31 ) arranged connection unit ( 32 ), and wherein the replaceable module ( 3 ) and the switch body are electrically connected. Wall switch according to claim 13, characterized in that a carrier plate ( 17 ) is pivotally connected to the switch body, wherein the carrier plate ( 17 ) is pivotable downward in a horizontal or an oblique position, and wherein the carrier plate ( 17 ) is pivotable upward to the front side of the switch body. Wall switch according to claim 13, characterized in that the switch body with a receiving box ( 18 ), the front side an opening ( 181 ), wherein in the receiving box ( 18 ) is a displaceably arranged carrier plate ( 17 ), which is optional from the opening ( 181 ) of the receiving box ( 18 ) stands out. Wall switch according to claim 13, characterized in that a carrier plate ( 17 ) is pivotally connected to the switch body, wherein the carrier plate ( 17 ) is pivotable downward in a horizontal or an oblique position, and wherein the carrier plate ( 17 ) is pivotable upward to the front side of the switch body, and wherein the end portion ( 17d ) of the carrier plate ( 17 ) with at least one guide rail ( 17e ), wherein the switch body above a corresponding guide groove ( 16a ), and wherein by moving the guide rail ( 17e ) in the guide groove ( 16a ) the connection module ( 2 ) is moved forwards and backwards on the switch body, and wherein between the connection module ( 2 ) and the switch body a spring element ( 7 ) is provided, with which the connection module ( 2 ) can be pushed forward. Wall switch according to claim 13, characterized in that the connection module ( 2 ) an electronic device ( 34 ) selected from a group consisting of a transformer, a night light, a wireless charger, an emergency light, a wireless controller, a wireless base station, a radio module, a timer, a fault circuit breaker, a cable reel, a sensor, a motion detection device, and has a battery. Wall switch according to claim 13, characterized in that the connection module ( 2 ) a first connection ( 21 ) and a second port ( 22 ), both of which are electrically connected to each other, the first terminal ( 21 ) of the connection module ( 2 ) in an elongated groove formed on the edge of the switch body ( 15 ) is arranged displaceably.

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