DE102018109251A1 - Assembly with a line terminal comprising a planar antenna and luminaire module - Google Patents

Abstract

The invention relates to an assembly (10) comprising a planar antenna (12) adapted for electrical connection to a communications circuit (39). When the connection is established, near field communication can take place with a reading and / or programming device (51). The planar antenna (12) is arranged in a line terminal (11) of the assembly (10). Preferably, the planar antenna (12) on a support plate (37) designed as a printed antenna, wherein the support plate (37) in a receiving space (18) of the line terminal (11) is arranged.

Description

The invention relates to an assembly with an antenna, in particular for short-range communication (NFC). The near field communication is used for example in SIM cards (Subscriber Identity Module) to read data by means of a communication device. Near field communication can be used in various technical fields. The invention also relates to a light assembly with such an assembly.

An assembly with a planar antenna for near field communication is for example off DE 10 2013 104 059 A1 or DE 10 2015 117 929 A1 known.

The invention has for its object to provide an assembly with a planar antenna, which provides an improved utilization of the available space and at the same time allows accessibility to the antenna.

This object is achieved by an assembly having the features of claim 1 and a luminaire control assembly having features of claim 15.

The assembly according to the present invention comprises a planar antenna adapted for connection to a communication circuit. The assembly also includes a line clamp adapted to connect at least two external electrical leads to the assembly. The line terminal is preferably configured to produce both the mechanical connection and the electrical connection with at least two electrical lines. For this purpose, the line terminal, for example, have a spring clip. The line terminal may be configured, for example, for attachment to a printed circuit board.

According to the invention, it is provided to arrange the planar antenna in the line clamp. In standard cable clamps cavities or clearances are usually present to allow the insertion of a wire of the respective electrical line to be connected and to provide an electrically conductive spring clip a certain range of motion for elastic deformation. This space can be used in an embodiment of the invention as a receiving space by the planar antenna is arranged. This makes it possible to use standard cable clamps and set up to accommodate a planar antenna. The line terminals are components that are accessible for connection of at least one electrical line. Therefore, a planar antenna for near-field communication can be arranged in the line terminal. A reader and / or programmer can typically be approached sufficiently close to the line clamp to establish the electromagnetic field for establishing the communication link between the antenna and the reader and / or programmer. In addition, the embodiment of the invention offers the possibility of automatic assembly.

The planar antenna is preferably designed as a printed antenna. In a preferred embodiment, the planar antenna is arranged on a carrier plate. The planar antenna can be formed by one or more, circular arc, rectangular or spirally running conductor tracks. In the embodiment described here, the planar antenna has a single conductor spiral. The outer contour of the spiral can be circular arc and / or polygonal.

By way of example, the planar antenna may have an inductance of about 500 nH to about 5 μH. To adapt the antenna, a capacitor with a capacity of about 20 pF to 500 pF can be used.

In a preferred embodiment, the planar antenna in both directions has a dimension which is in the range of 8 mm to 20 mm. Preferably, the planar antenna has a dimension in each spatial direction in the range of 9.5 mm to 12 mm.

The carrier plate with the planar antenna is arranged in a preferred embodiment within the receiving space of the line terminal. It is advantageous if a coding means is provided which specifies the position and orientation of the carrier plate in the receiving space. The coding means may comprise at least two pairs each of a coding projection and an associated coding recess. An encoding projection of a pair may, for example, be arranged on the line clamp and project into the receiving space. The associated Codierausnehmung is present on the support plate for the planar antenna. It is understood that conversely, the coding projection of a pair can also be present on the carrier plate and the Codierausnehmung on the line terminal.

For electrical connection, the planar antenna preferably has two electrical antenna connections, which can be fastened in particular in or on the carrier plate. As antenna connections, for example, contact pins and / or contact sockets can be used.

Preferably, the line terminal has two electrical terminal terminals which are adapted to be electrically connected to the antenna terminals. The electrical terminal connections are in particular designed to be complementary to the antenna connections, so that, for example, a plug connection for producing the electrical contact between the antenna connections and the terminal connections can be produced. In one embodiment, the terminal terminals in the form of contact pins may protrude into the receiving space and be electrically connected to a respective pin which is led out of the terminal housing of the line terminal. The contact pins can be arranged for example by a solder joint on a circuit board and contacted electrically. At least one of the terminal connections may be formed, for example, by a part of a terminal pin of the line terminal, which protrudes from a terminal housing of the line terminal.

In one embodiment, the electrical contact between the antenna terminals and the terminal terminals may be made by a form-fit-free abutment.

In one embodiment of the line terminal, this has at least one clamping unit, which is set up for connecting in each case an electrical line. Depending on how many electrical lines are to be connected, the number of clamping units varies. Each clamping unit may, for example, have a spring contact and an insertion opening for the electrical line. In addition, the line clamp can have at least one cover part, which can be attached to one of the existing clamping units. Preferably, the cover is releasably connectable to a clamping unit. The cover member may form a side cover of the line clamp.

It is particularly advantageous if the line terminal has at least one modified clamping unit, which has the receiving space for receiving the planar antenna. The modified clamping unit is free of a means for electrically connecting an external line. The modified clamping unit is in particular formed without an insertion opening for insertion and electrical connection of at least one electrical line.

The assembly may also comprise, in one embodiment, a communication circuit and / or a capacitor electrically connected to the antenna. The communication circuit is preferably passive, for example in the form of a transponder. The communication circuit may be an RFID chip or an RFID tag.

The assembly described above may be part of a luminaire control assembly for a luminaire. The luminaire control module may have a control circuit for controlling at least one luminous means of the luminaire, for example a rectifier circuit and / or a converter circuit. On a circuit board of the lighting control assembly, the line terminal is arranged with the planar antenna. The line terminal is preferably configured in this embodiment, to be connected to lines for supplying the light control module with electrical energy.

• 1 eine schematische Seitenansicht eines Ausführungsbeispiels einer Leitungsklemme, die auf einer Leiterplatte angeordnet ist,
• 2 eine Explosionsdarstellung des Ausführungsbeispiels der Leitungsklemme aus 1 in einer Vorderansicht,
• 3 eine vergrößerte Darstellung eines Ausführungsbeispiels einer auf einer Trägerplatte angeordneten flächigen Antenne der Baugruppe,
• 4 eine schematische Seitenansicht einer modifizierten Klemmeinheit der Leitungsklemme aus 2 mit einem Aufnahmeraum zur Aufnahme der Trägerplatte mit der flächigen Antenne aus 3,
• 5 eine geschnittene Teildarstellung der Klemmeinheit aus 4 sowie die Trägerplatte aus 3 im Querschnitt,
• 6 eine blockschaltbildähnliche Darstellung eines Lese- und/oder Programmiergeräts und der flächigen Antenne aus 3, die elektrisch mit einem Kondensator und einem Kommunikationsschaltkreis der Baugruppe verbunden ist,
• 7 eine perspektivische Teildarstellung eines Leuchtengehäuses mit einer Leuchtensteuerbaugruppe, die eine Leiterplatte aufweist, auf der die Baugruppe mit der Leitungsklemme und der flächigen Antenne angeordnet ist,
• 8 und 9 jeweils eine schematische Seitenansicht weiterer Ausführungsbeispiele einer modifizierte Klemmeinheit mit einem Aufnahmeraum zur Aufnahme der Trägerplatte mit der flächigen Antenne aus 3, und
• 10 und 11 jeweils eine alternative Ausführungsform zur Herstellung der elektrischen Verbindung zwischen Antennenanschlüssen an einer Trägerplatte und Klemmenanschlüssen der modifizierten Klemmeinheit in einem schematischen Querschnitt.

Advantageous embodiments of the invention will become apparent from the dependent claims, the description and the drawings. Hereinafter, preferred embodiments of the invention will be explained in detail with reference to the accompanying drawings. Show it:

• 1 FIG. 2 is a schematic side view of an exemplary embodiment of a line terminal which is arranged on a printed circuit board, FIG.
• 2 an exploded view of the embodiment of the line terminal 1 in a front view,
• 3 an enlarged view of an embodiment of a arranged on a support plate planar antenna of the assembly,
• 4 a schematic side view of a modified clamping unit of the line terminal 2 with a receiving space for receiving the carrier plate with the planar antenna 3 .
• 5 a partial sectional view of the clamping unit 4 as well as the carrier plate 3 in cross section,
• 6 a block diagram similar representation of a reading and / or programming device and the planar antenna 3 electrically connected to a capacitor and a communication circuit of the assembly,
• 7 a partial perspective view of a lamp housing with a light control assembly, which has a circuit board on which the module is arranged with the line terminal and the planar antenna,
• 8th and 9 in each case a schematic side view of further embodiments of a modified clamping unit with a receiving space for receiving the carrier plate with the planar antenna 3 , and
• 10 and 11 in each case an alternative embodiment for producing the electrical connection between antenna connections on a carrier plate and terminal connections of the modified clamping unit in a schematic cross section.

In the 1 and 2 is schematically an embodiment of an assembly 10 illustrates having a line clamp 11 and a planar antenna 12 ,

The cable clamp 11 has a terminal housing 13 , with several insertion openings 14 for inserting one end of an external electrical lead. The electrical line can mechanically and electrically by means of an associated spring clip 15 get connected ( 4 ). In the embodiment described here, the line terminal 11 preferably several identically constructed clamping units 16 on, each a housing part 17 of the terminal housing 13 exhibit. Inside the housing part 17 is a free space 18 present in which the spring clip 15 is arranged. That of the insertion opening 14 associated end of the spring clip 15 is in the open space 18 movable. The open space 18 is sufficiently large, so that at least a part of the free space 18 a recording room 19 for arranging the planar antenna 12 forms.

The cable clamp 11 or each clamping unit 16 may also be an actuator 20 which, upon actuation on the spring clip 15 acting to produce a mechanical clamp connection to one through the insertion opening 14 to be able to solve the inserted electrical line.

Each clamping unit 16 also has an electrical pin 21 on, passing through the housing part 17 guided to the outside and in the standard version of the clamping unit 16 electrically with the spring clip 15 connected is. This can be done between the pin 21 and an inserted electrical lead via the connection through the electrically conductive spring clip 15 an electrical contact can be made. The clamping units 16 usually have two through holes on their underside 22 , so the pins 21 optionally through the one, front passage opening 22a or the other, rear passage opening 22b can be passed. The pins 21 usually serve for the arrangement of the cable clamp 11 on a circuit board 23 so that they have contact surfaces on the circuit board 23 can be contacted electrically by a solder joint. If the line clamp 11 several clamping units 16 has, it is advantageous if the pin 21 a clamping units 16 through the front passage opening 22a and the pin 21 the immediately adjacent clamping unit 16 through the rear passage opening 22b What is the electrical contact of the pins 21 simplified.

The cable clamp 11 In the embodiment also has at least one or two cover parts 24 , The cover parts 24 can each with one of the clamping units 16 or with one of the housing parts 17 get connected. The at least one cover part 24 is particularly intended to the open to one side receiving space 19 or free space 18 to close. The closing of the free space 18 or the recording room 19 happens either by attaching a further clamping unit 16 or by attaching the cover 24 , Thus, any number of clamping units can be 16 line up and at least on one side end by a cover 24 close.

As it is schematic in 2 Illustrated is the joining of the housing parts 17 or the clamping units 16 done by means of a plug connection. For this purpose, on the one side of each housing part 17 Connectors 25 and on the opposite side of each housing part 17 plug recesses 26 available. The connectors 25 and the plug recesses 26 are designed to be complementary, so that a releasable, non-positive connection between the clamping units 16 can be produced. Analogously, on the at least one cover 24 Connectors 25 or plug recesses 26 be present to the at least one cover 24 with an associated clamping unit 16 to be able to connect. In the embodiment, at least one cover part 24 present, with an open side of the clamping unit 16 is connectable and the embodiment of connectors 25 having. Accordingly, from the open side of the clamping unit 16 or the housing part 17 accessible plug-in recesses 26 available ( 2 and 4 ).

The number of connectors 25 and the associated plug recesses 26 may vary.

In the embodiment described here is one of the clamping units 16 as a modified clamping unit 16a educated. Unlike the other clamping units 16 has the modified clamping unit 16a two pins 21 on, each through a through hole 22a . 22b are guided. The two pins 21 are electrically each with an associated terminal connection 30 connected. The terminal connections 30 are in the embodiment in the recording room 19 arranged and protrude starting from a wall section 17a of the housing part 17 in the accommodation space 19 into it. The terminal connections 30 are, for example, each by a plug contact pin 31 educated. The plug contact pins 31 protrude from the recording room 19 not out. They preferably extend approximately at right angles to the pins 21 , 5 shows an enlarged, partial sectional view of the modified clamping unit 16a out 4 along the section line VV.

The terminal connections 30 are adapted to an electrical connection, each with an associated electrical antenna connection 32 manufacture. The electrical and mechanical connection between the terminal connections 30 and the antenna connections 32 takes place in the embodiment by a plug connection. This is every antenna connection 32 through a socket 33 formed in cross-section complementary to the plug contact pin 31 is trained. For example, the cross section of the plug pins 31 and the socket 33 be circular.

In the embodiment described here, the planar antenna 12 on a carrier plate 37 arranged. The planar antenna 12 is formed in the embodiment as a printed antenna. An embodiment is in 3 illustrated. There shows the printed, planar antenna 12 at least one spirally running conductor track 38 on. A conductor end of the conductor track 38 is electrical with one of the antenna connections 32 connected, while the other conductor end electrically connected to the other antenna terminal 32 connected is. The number of spiral turns of the track 38 depend on the inductance of the planar antenna 12 should have. In the exemplary embodiment, the planar antenna has an inductance of about 500 nH to about 5 μH.

At the in 3 illustrated embodiment of the planar antenna 12 has the spiral track 38 an approximately rectangular outer contour with rounded or angled corner areas. In a modification to this, other forms of the conductor track course can be provided, for example a curved spiral track running 38 without straight sections (circle spiral). The planar antenna 12 extends in a plane through the support plate 37 is defined. Within this level has the planar antenna 12 a width b , a first outer dimension a in a spatial direction and a second outer dimension b in the orthogonal oriented other spatial direction. The outer dimensions a . b can be the same size or - as in the embodiment - different sizes. The outer dimensions a . b be at least 7-8 mm and preferably at least 9-10 mm. The outer dimensions a . b amount in the embodiment at most 12-15 or at most up to 20 mm. These dimensions ensure a sufficient range for the near field communication and on the other hand, the size of the surfaces of the antenna 12 or the carrier plate 37 limited, so that arranging in the receiving space 19 in the cable clamp 11 is possible.

As it is in 3 Illustrated are the antenna connections 32 or the sockets 33 outside the spiral track 38 adjacent to the planar antenna 12 on the carrier plate 37 arranged. The planar antenna 12 is set up with a communication circuit 39 to be electrically connected. Is the communication circuit 39 outside the line terminal 11 arranged, for electrical connection, the antenna connections 32 , the terminal connections 30 and the pins 21 be used. Alternatively, it is also possible to use the communication circuit 39 directly on or on the carrier plate 12 to arrange what is in 3 is illustrated schematically by dashed lines. The electrical connection with the planar antenna 12 can then be directly on the carrier plate 37 done, either by direct electrical connection with the two conductor ends of the conductor 38 or by electrically connecting to the antenna terminals 32 ,

In the 3 and 4 is also a further embodiment possibility of the module 10 with a coding means 45 illustrated. The coding means 45 has at least one pair each of a Codiervorsprung 46 and an associated coding recess 47 , In the embodiment, two such pairs are present. The coding recesses 47 are in the carrier plate 37 present and enforce the carrier plate according to the example completely. The coding recesses 47 are in the embodiment in the region of the support plate 37 arranged by the spiral track 38 the planar antenna 12 is enclosed.

Complementary to the Codierausnehmungen 47 are on the modified clamping unit 16a two coding projections 46 present in the recording room 18 protrude. The Codiervorsprünge 46 are preferably analogous to the male contact pins 31 at the wall section 17a of the housing part 17 arranged and project transversely from this away, for example, parallel to the male contact pins 31 ,

The arrangement of Codiervorsprünge 46 and the coding recesses 47 is chosen such that the carrier plate 37 only in one position and orientation in the receiving space 18 can be used.

In a modification of the illustrated embodiment, at least one of coding projections 46 also on the carrier plate 37 and the corresponding associated Codierausnehmung on the housing part 17 the modified clamping unit 16a to be available. In a further modification, the coding means could 45 also by the outer contour of the carrier plate 37 be formed, which is adapted to the shape of the receiving space 19 may be executed, so that the carrier plate 37 only in the desired position and orientation in the recording room 19 can be arranged.

In a further embodiment, the coding means 45 also through the terminal connections 30 and the antenna connections 32 be formed when the connections 30 . 32 in the recording room 18 or on the support plate 37 are arranged relative to each other, that the carrier plate 37 only in the predetermined position and orientation, a connection between the antenna terminals 32 and the terminal connections 30 allowed.

In the 8th and 9 schematically are alternative design possibilities of the modified clamping unit 16a illustrated. The modified clamping unit 16a can preferably without insertion 14 be educated. The insertion opening 14 can also in the embodiment according to 4 omitted. In addition, the modified clamping unit 16a in all embodiments without spring clamp 15 be educated. At the in 4 embodiment shown is the spring clip 15 illustrates that around a wall projection 48 at the wall section 17a of the housing part 17 is arranged around. When the spring clamp is removed 15 can also be the wall projection 48 for the spring clamp 15 omitted, so that in the housing part 17 an enlarged recording room 19 is available, as it is in the 8th and 9 is illustrated schematically. In these embodiments of the modified clamping unit 16a also can the actuator 20 omitted. As it is in 9 dash-dotted lines schematically illustrates the can for the actuator 20 necessary opening in the housing part 17 be closed.

In the 8th and 9 each is an orientation possibility of the support plate 17 when arranging in the recording room 19 illustrated. According to the embodiment 8th extends the carrier plate 37 with its longer side up in a direction approximately parallel to the extension direction of the pins 21 , At the in 9 the embodiment shown is the carrier plate 37 opposite the arrangement in 8th rotated about 90 degrees, so that the longer side of the support plate 37 approximately at right angles to the pins 21 extends. In particular, in this embodiment, it is advantageous if in the receiving space 19 the wall projection 48 for the spring clamp 15 eliminated.

It is also possible an angled and in particular L-shaped carrier plate 37 to use, with a leg that is essentially parallel to the pins 21 extends, and another leg, which is substantially perpendicular to the pins 21 extends (dashed in 9 shown).

In the embodiments of the 8th and 9 are the antenna connections 32 by a respective contact pin or contact body 49 formed on one edge of the carrier plate 37 is accessible. The electrical connection with the pins 21 can by pressing the contact body 49 either directly to a pin 21 (see 9 ) or to one with the pin 21 connected electrical terminal connection 30 respectively ( 8th ). The system between the contact body 49 and the pin 21 is in a sectioned sectional view also in 10 illustrated.

Another variation of the contact between a pin 21 and a contact body 49 is schematic in 11 shown. The contact body 49 protrudes through the carrier plate 37 through and stands on one or both flat sides of the support plate 37 beyond the board level. With one of its end faces, the contact body 49 on a connecting pin 21 issue.

The in the 10 and 11 illustrated contacts between the contact body 49 and the pin 21 can be made analog, if a contact with a terminal connection 30 instead of the connecting pin 21 to be produced.

In a further modification, it is also possible, the pins 21 mechanically fixed to the carrier plate 37 attach so that when arranging the carrier plate 37 in the recording room 19 the pins 21 through the respective passage opening 22 be positioned throughout. The carrier plate 37 and the pins 21 are jointly handled in this embodiment as a unit.

In all embodiments, it is advantageous if the carrier plate 37 in the recording room 19 is held in a defined position non-positively clamping and / or positive locking. This is advantageous in particular if, as a result, a frictional contact between the antenna terminals 32 , in particular the contact body 49 and a respective associated pin 21 or terminal connection 30 takes place in order to achieve a secure electrical contact.

It is also possible to use any combination of the above-mentioned design possibilities for the coding means 45 provided.

The block diagram according to 6 shows the construction of a near field communication link. The planar antenna 12 is electrical to the communication circuit 39 connected. To adapt the frequency for the near field communication, in particular 13.56 MHz, a capacitor 50 electrically with the planar antenna 12 be connected. The capacitor 50 For example, it has a capacitance in the range of 20 pF to about 500 pF, which in turn depends on the inductance of the planar antenna 12 depends. The communication circuit 39 For example, it can be formed by an RFID chip and store information by means of a reading and / or programming device 51 can be read out. This requires the reading and / or programming device 51 to the planar antenna 12 be approximated. The range of Nahfeldkommunikation is a few centimeters, for example 1-2cm.

The capacitor 50 and the communication circuit 39 can be part of the assembly 10 be and, for example, in or at the line terminal 11 or on the circuit board 23 be arranged. The communication circuit 39 is also according to the example with a light control unit 53 a lighting control board 52 communication connected.

In 7 is an embodiment of the assembly according to the invention 10 illustrated. In this example, the assembly belongs 10 to the lighting control board 52 with the light control unit 53 having a control circuit on the circuit board 23 is arranged. The light control unit 53 is in the illustrated embodiment of a lamp housing part 54 arranged. A marginal section of the circuit board 23 is accessible on the luminaire housing part 54 arranged and carries the cable clamp 11 , At this line terminal 11 External lines can be connected, in particular for the supply of the luminaire or the luminaire control module 52 with electrical energy. The cable clamp 11 has a modified terminal unit 16a passing through a cover 24 on one side of the cable clamp 11 is covered. The luminaire housing part 54 gives access to the side of the line clamp 11 with the modified terminal unit 16a and the planar antenna 12 free, leaving a reading and / or programming device 51 to the planar antenna 12 can be approximated. Depending on the design of the reading and / or programming device 51 can also use the circuit board 23 in the area next to the cable clamp 11 adjacent to the planar antenna 12 have a recess or an incision to the approaching of the reading and / or programming device 51 not to hinder.

The invention relates to an assembly 10 , which is a planar antenna 12 having, for electrical connection with a communication circuit 39 is set up. When the connection is established, a near-field communication with a reading and / or programming device 51 respectively. The planar antenna 12 is in a line clamp 11 the building unit 10 arranged. Preferably, the planar antenna 12 on a carrier plate 37 designed as a printed antenna, wherein the carrier plate 37 in a recording room 18 the line terminal 11 is arranged.

LIST OF REFERENCE NUMBERS

10

module

11

line terminal

12

planar antenna

13

terminal housing

14

insertion

15

spring clip

16

terminal unit

16a

modified clamping unit

17

housing part

17a

Wall section of the housing part

18

free space

19

accommodation space

20

actuator

21

pin

22

Through opening

23

circuit board

24

cover

25

Connectors

26

plug recess

30

terminal connection

31

Plug pin

32

antenna connection

33

receptacle

37

support plate

38

conductor path

39

Communication circuit

45

coding

46

coding projection

47

coding recess

48

wall lead

49

Contact body

50

capacitor

51

Reading and / or programming device

52

Lights control module

53

Lights controller

54

Luminaire housing part

a

first outside dimension

b

second outer dimension

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 patent literature

• DE 102013104059 A1 [0002]
• DE 102015117929 A1 [0002]

Claims (15)

Assembly (10) with a planar antenna (12), which is set up for electrical connection to a communication circuit (39), a line terminal (11) adapted to connect at least one electrical lead to the assembly (10), wherein the line terminal (11) has a receiving space (19) in which the planar antenna (12) is arranged. Assembly after Claim 1 , characterized in that the planar antenna (12) is designed as a printed antenna. Assembly after Claim 1 or 2 , characterized in that the planar antenna (12) is arranged on a carrier plate (37). Assembly after Claim 3 , characterized in that the carrier plate (37) is arranged with the planar antenna (12) in a receiving space (19) within the line clamp (11). Assembly after Claim 4 , characterized in that the carrier plate (37) and / or the line clamp (11) has a coding means (45) which predetermines the position and orientation of the carrier plate (37) in the receiving space (19). Assembly after Claim 5 , characterized in that the coding means (45) has at least two pairs each of a coding projection (46) and an associated coding recess (47). Assembly according to one of the preceding claims, characterized in that the planar antenna (12) has two electrical antenna terminals (32). Assembly according to one of Claims 3 to 6 and after Claim 7 , characterized in that the antenna terminals (32) on the support plate (37) are arranged. Assembly after Claim 7 or 8th characterized in that the line terminal (11) comprises two electrical terminal terminals (30) adapted to be electrically connected to the antenna terminals (32). Assembly after Claim 9 , characterized in that at least one of the terminal terminals (30) is formed by a part of a terminal pin (21) of the wire terminal (11) protruding from a terminal housing (13) of the wire terminal (11). Assembly after Claim 9 or 10 , characterized in that the electrical contact between the antenna terminals (32) and the terminal terminals (30) is made by formschlussfreies concern. Assembly according to one of the preceding claims, characterized in that the line clamp (11) has at least one clamping unit (16) which is adapted to connect in each case an electrical line, and that the line clamp (11) has at least one cover part (24) attached to one of the at least one clamping unit (16). Assembly according to one of the preceding claims, characterized in that the line clamp (11) has at least one modified clamping unit (16a), which has the receiving space (19) for receiving the planar antenna (12), wherein the modified clamping unit (16a) without insertion (14) is designed for connecting at least one electrical line. Assembly according to one of the preceding claims, characterized in that the assembly (10) comprises the communication circuit (39) and / or a capacitor (50) which is electrically connected to the planar antenna (12). A lighting control assembly (52) for a luminaire, the luminaire control assembly (52) comprising the assembly (10) of any one of the preceding claims and a circuit board (23) on which the line terminal (11) of the assembly (10) is disposed.

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