CN103847692B

CN103847692B - Motor vehicle locking system, with can lighting frame mechanism ID sensor

Info

Publication number: CN103847692B
Application number: CN201310656041.1A
Authority: CN
Inventors: 于尔根·塞施
Original assignee: Khufuschulsbeck And Filster
Current assignee: Khufuschulsbeck And Filster
Priority date: 2012-12-06
Filing date: 2013-12-06
Publication date: 2018-09-07
Anticipated expiration: 2033-12-06
Also published as: CN103847692A; EP2741306A1; DE102012111906A1; EP2741306B1

Abstract

The present invention relates to one kind being used for motor vehicle（3）Locking system（2）ID sensor（1）, the ID sensor is with shell（20）With positioned at enclosure interior（22）In illumination part（24）, the shell is equipped at least one operating mechanism（21）, the operating mechanism in operation with setting inside housings（22）Switch element（23）It cooperates.According to present invention provide that, the shell（20）With frame mechanism（10）, information carrier（30）It is maintained in the frame mechanism, which can be by illuminating part（24）It is illuminated.

Description

Motor vehicle locking system, with can lighting frame mechanism ID sensor

Technical field

The present invention relates to a kind of ID sensor for motor vehicle locking system, the ID sensor has shell, The shell is equipped at least one operating mechanism, which cooperates with the switch element being arranged in shell in operation Work.

Background technology

A kind of electron key of motor vehicle locking system, operating mechanism are disclosed by 10 2,007 036 485 A1 of DE It can illuminate.There is illumination part in shell, is responsible for the surrounding illumination needed for operating mechanism.Because to ID sensor Demand is continuously increased, and especially needs other regions for illuminating ID sensor, so needing described in corresponding change and improvement ID sensor.

Invention content

Task of the present invention is to realize a kind of ID sensor for motor vehicle locking system, wherein ID sensor On other parts can illuminate, it is possible thereby to promoted ID sensor value and enhancing it is functional, while ensuring body The job security of part sensor.

In order to solve the task, it is proposed that the ID sensor in a kind of technical solution as described below.It is further to improve Technical solution discusses preferred refinement.

Thus according to present invention provide that, shell has frame mechanism, and information carrier is maintained in the frame mechanism, the information Carrier can be illuminated by illuminating part.A major advantage of the invention is that frame mechanism, frame are also set up other than shell Mechanism reliably keeps information carrier, while for realizing reliably and efficiently illuminating information carrier.Frame mechanism can serve as body The supplementary protection of part sensor housing.In addition, enclosure interior can be sealed by the corresponding sealing medium on shell, wherein together Sample is it is contemplated that the frame mechanism being placed on shell can additionally seal.Information carrier can for example have image Information, user can read these image informations from outside.Information convenient for user is realized by illuminating information carrier Carrier is demonstrated.It is contemplated that the different light of wavelength may be used to implement in illuminating for information carrier.Such as it can be stated that according to It is bright only to be implemented by the compulsory exercise of user, for example, when user touch or operate ID sensor operating mechanism so as to When triggering unlock or the locking process of motor vehicle.In addition, in another embodiment of the present invention, the difference on ID sensor is dynamic Work can also trigger the different illuminating colors of information carrier.

In a measure for improving the present invention, optical conductor can be arranged on shell, to obtain having for information carrier Effect illuminates, and especially on the one hand optical conductor can be arranged on illumination part, and on the other hand optical conductor can be assigned to information Carrier.It means that the edge of such as information carrier can illuminate.Optionally and/or additionally it is contemplated that information carrier can From side to or be illuminated from below from housing direction, see the information carrier that " direct " lights thereby using person.According to having Sharp mode, optical fiber are constructed by polymer optical fiber, and lighter in weight, elasticity are higher, wherein this polymer optical fiber is also less susceptible to electricity Magnetic influence, it means that there are positive electromagnetic compatibilities.In addition it can be stated that in addition to the optical conductor script function as illumination part Except, can also add by data information from outside pass into ID sensor or from the enclosure interior of ID sensor it is outside Transmission data.

In addition it can be stated that frame mechanism is fixed on shell, wherein shell has epivalve and lower valve, in shell Portion is located between epivalve and lower valve, wherein especially frame mechanism is fixed on epivalve, and especially frame mechanism engages On epivalve.Usual sealing medium be located above and/or under on valve, to which there are the reliable sealings of enclosure interior.In shell For example there are illumination part, electronic device, such as circuit board, transmission and/or receiving unit etc. in inside.

According to advantageous manner, frame mechanism at least can locally cover the shell of ID sensor.It is furthermore conceivable that body One or more operating mechanisms of part sensor are arranged within frame mechanism, are kept especially by frame mechanism.In addition and/ Or additionally the invention also includes such theories, that is, can also illuminate one or more operating mechanisms by the same illumination part.

In an embodiments possible of the invention, information carrier can not be movably disposed in shell rigidly and/or On, it is in particular arranged on frame mechanism.Information carrier can have image information, letter and/or number.

In addition, ID sensor according to the present invention can have illumination frame on an information carrier, the illumination frame to surround Information carrier, wherein especially, illumination frame is a part for optical conductor.Illumination frame can be for example made of polymer, especially Illumination frame can be implemented by makrolon.Such as the makrolon can be based on bis- (4- hydroxy phenyls) propane (bisphenol-A) of 2,2-, Especially illumination frame can be coloured.It adds it is contemplated that makrolon has phosphorus (Phosphorgen).In ID sensor It is middle to be using the special advantage of makrolon, the influence of this material largely resistance to climate and radiation.In addition, in body It is also resided in using the advantages of makrolon in part sensor, tolerance water, many mineral acids, neutral saline solutions and oxidant. In addition, makrolon due to its in melting it is higher viscosity and can relatively simply be handled in the injection forming process, shine Bright frame especially can constitute integrated member with shell and/or frame mechanism.Also, it is contemplated that illumination frame is fixed on frame mechanism And/or on shell, wherein material for example by adhesive, especially reactive resin adhesive can well with corresponding structure Part is bonded.Alternatively, makrolon can be securely fixed in shell or bare bones by ultrasonic bonding and/or high-frequency welding On structure.

In addition, ID sensor of the present invention further includes：Frame mechanism has metal layer or metal coating on its top face.Gold It can be printing to belong to coating for example.

Also according to the present invention it can be stated that illumination frame is relative to information carrier and/or relative to frame mechanism top surface Almost flatly it is orientated.It is furthermore conceivable that information carrier is placed on shell, especially information carrier is fixed on upper casing On valve.One kind may be that information carrier is Nian Jie with epivalve.

In another measure for improving the present invention, illumination frame at least can be formed with optics knot in face of the side of epivalve Structure, the light thus injected so are reflected, so as to obtain the uniform illumination of illumination frame, wherein especially, optical texture In prism-shaped.Whereby, the image information (it can for example be printed on an information carrier) of information carrier can be by optical texture quilt Uniform illumination.

In an embodiments possible of the invention, illuminates frame and frame mechanism is configured to integrated member, especially should Integrated member can be two-component plastic part.The same present invention can also cover：Illuminate frame and shell (especially epivalve) structure Integral component, the especially described component are implemented as two-component plastic part.It has been got back assembly advantage by reducing component.

According to advantageous manner, illumination frame can have transmission lever, transmission lever to extend between illumination part and illumination frame, wherein Especially, transmission lever has funnel shaped in the fluidic junction for leading to illumination frame, so that reliably light is incident in illumination frame. Transmission lever can be constituted flexibly, to which transmission lever can be orientated according to the needs of ID sensor to personalization.

Such as it can be stated that epivalve has the region for being used for transmission light.According to advantageous manner, it is being used for transmission light Region below there is illumination part, emit light, light, which passes through, is used for transmission the region of light towards being arranged on epivalve The illumination frame direction of side shines.Illumination frame is used to ensure accordingly to illuminate the edge of information carrier and/or directly illuminates information load again Body.

The ID sensor of the present invention can also be constructed so, that is, illumination frame is covered by frame mechanism, wherein illumination frame With the region for emergent ray, the region directional information carrier for emergent ray.In the embodiment party of the present invention In formula, user cannot be directly viewed illumination frame from outside.Illumination frame from side and/or from below for for example reliably illuminating letter Carrier is ceased, user is seen as shinny information carrier from outside.

According to advantageous manner, illumination frame has the region for emergent ray, especially, the area for emergent ray Domain is flatly orientated relative to information carrier and/or relative to frame mechanism top surface, or relative to information carrier is to incline Tiltedly it is orientated.In addition, illumination frame can extend through the epivalve of shell.According to advantageous manner, illumination frame is sealingly fixed to On epivalve.According to advantageous manner, the sealing barrier of enclosure interior is located on shell, especially on epivalve and lower valve.No It says and explains it is contemplated that frame mechanism, which can also add, undertakes sealing function.

It can be stated that information carrier is implemented with hologram, which can lead to another embodiment of ID sensor Over-illumination frame is illuminated, and especially, the zone location for emergent ray for illuminating frame is lateral in hologram.Herein it is contemplated that , illuminate frame and covered by frame mechanism, shinny information carrier is can only see thereby using person.Certified advantageous manner Being the light being emitted has one kind in following color：Blue, green or white.Color that is certified to be, just having mentioned Obtain the 3-D view for particularly effectively illuminating hologram.It is particularly advantageous that hologram is made of polymer, it is especially advantageous It is to be made of makrolon, is also used as to illuminate the material of frame.It is particularly advantageous that makrolon be dyed to it is milky white Color generates particularly effective 3-D view thus when being illuminated with above-mentioned color within hologram.

The present invention is likewise covered by, and information carrier has Information Level and light penetrated bed, wherein Information Level is arranged on shell Between valve and light penetrated bed.Light penetrated bed for example can be artificial synthesized, the glazed thermoplastic of class, especially It is PMMA.Good plastic deformability based on this material, is advantageous the production of ID sensor.In addition, by The advantages of proposed light penetrated bed is scratch resistant made of PMMA, with particularly good light transmission characteristic.

ID sensor can be that motor vehicle actively enters system (Active-Entry-System) or passive entry system (Passiv-Entry-System) component part.In passive entry system, the present invention relates to one kind being used for motor vehicle The ID sensor of locking system, with shell and enclosure interior, inside housings in have illumination part, wherein shell has Frame mechanism, information carrier are maintained in frame mechanism, and information carrier can be illuminated by illuminating part.

In order to reliably and efficiently by light from the illumination part navigation information carrier positioned at enclosure interior, it can be stated that shell There are the epivalve of body multiple openings, illumination frame to be arranged in these openings, wherein these openings are divided each other by connection sheet Every.The embodiment of shell is especially beneficial assembly.

Description of the drawings

Other advantages, features, and details of the invention are obtained from as described below.It is multiple to be described with reference to the accompanying drawings the present invention Embodiment.Here, the feature mentioned is accordingly in the case of individual or arbitrary combination in claim and explanation To constitute main points of the present invention.In figure：

Fig. 1 is the schematic diagram of the ID sensor with information carrier, which is maintained at the frame of ID sensor In frame mechanism；

Fig. 2 is the schematic diagram of ID sensor, and information carrier can be illuminated by illuminating frame；

Fig. 3 is the detail view about illumination frame；

Fig. 4 is shown in section an embodiments possible of ID sensor；

Fig. 5 is another embodiment about ID sensor；

Fig. 6 is another embodiment about ID sensor；

Fig. 7 is another embodiment about ID sensor；

Fig. 8 is another embodiment about ID sensor；

Fig. 9 illustrates an embodiments possible with the vertical view of ID sensor shell；

Figure 10 illustrates another embodiment with the details about illumination frame；

Figure 11 is another embodiment about ID sensor；And

Figure 12 is another embodiment about ID sensor.

Specific implementation mode

Whole embodiments all refer to the ID sensor 1 for 3 locking system 2 of motor vehicle, which schematically exists It is shown in Fig. 1.ID sensor 1 includes shell 20, is equipped at least one operating mechanism 21 on the housing 20.According to Fig. 1's In the present embodiment, two operating mechanisms 21 are shown, the two operating mechanisms 21 can trigger defined function by operation. This, motor vehicle 3 is communicated with ID sensor 1, wherein the communication period between ID sensor 1 and motor vehicle 3 executes verification Request.When being positively verified, the release mechanism of motor vehicle 3 can for example execute car door and/or case cover and/or luggage The unlock or locking of case.It is also contemplated that other functions.

There is the electronic equipment being not explicitly shown within ID sensor 1, which, which can mainly have, sends And/or receiving unit, to realize and 3 reliable communication of motor vehicle.According to fig. 2, which has switch element 23, passes through Switch element 23 can be activated according to the operating mechanism 21 of Fig. 1 by operating one of them.In addition, electronic equipment further includes illumination part 24, illumination part 24 is located in enclosure interior 22.Information carrier 30 shown in Fig. 1 can be illuminated by illuminating part 24.According to Fig. 1 and figure 2 as can be seen that there is shell 20 frame mechanism 10, information carrier 30 to be maintained in the frame mechanism 10.

Frame mechanism 10 is fixed on the housing 20, wherein shell 20 is according to the embodiment of Fig. 1 by epivalve 25 and lower valve 26 are composed.Enclosure interior 22 is located between the two valves 25,26, and above-mentioned electronic equipment is located among enclosure interior 22. Information carrier 30 is rigid and is not arranged movably on the housing 20, wherein information carrier 30 is according to Fig. 4 to Fig. 8 and Figure 11 Embodiment be reliably maintained on frame mechanism 10.Optical conductor 40 is defined in fig. 1 and 2, realizes information carrier 30 Reliable illumination.According to fig. 2, optical conductor 40 is arranged towards side on illumination part 24, and information carrier 30 is distributed in the other side, It encloses information carrier 30 on geometric meaning there.There is information carrier 30 illumination frame 41, illumination frame 41 to surround as a result, Information carrier 30, wherein illumination frame 41 is a part for the optical conductor 40.

Optical conductor 40 is made of makrolon, in the present embodiment by being based on bis- (4- hydroxy phenyls) propane (bis-phenols of 2,2- A makrolon) constitutes (mould clone：Makrolon).

It is shown in the embodiment according to Fig. 4, illumination frame 41 surrounds information carrier 30, wherein at least portion of frame mechanism 10 Divide covering illumination frame 41.Thus, frame mechanism 10 has boss or ladder fashion, so as to by keeping illuminating frame 41.It is illuminating When, light 4 directs out injection external environment.Such as it can implement to illuminate 4 incidence of light of the especially LED of part 24 according to fig. 2 Into illumination frame 41.

Reliable incident in order to implement in 24 region of illumination part, illumination frame 41 has transmission lever 43 according to fig. 2, wherein Transmission lever 43 extends between illumination part 24 and illumination frame 41.Transmission lever 43 has infundibulate in the fluidic junction for leading to illumination frame 41 Shape 44, the funnel shaped are schematically shown in figure 3, so that light 4 is reliably incident in illumination frame 41.

Another embodiment of ID sensor 1 is shown according to Fig. 5, wherein epivalve 25 has opening 28, optical conductor 40 extend through these openings 28.As shown in figure 4, light 4 injects the perimeter of ID sensor 1, wherein information carrier 30 It is reliably illuminated in its perimeter.

According to Fig. 7 and Fig. 8, frame mechanism 10 is completely covered by illumination frame 41, wherein illumination frame 41, which has, is used for emergent ray 4 region 45, field side ground directional information carrier 30 as one kind.Information carrier 30 is hologram in the present embodiment, wherein according to Advantageous manner, the light 4 being emitted in region 45 have one kind in following color：Blue, green or white.

According to Fig. 8, information carrier 30 has Information Level 32 and light penetrated bed 33.Information Level 32 is located at 20 epivalve of shell Between 25 and light penetrated bed 33.Information Level 32 for example can be imprinted on epivalve 25 or be imprinted on the bottom side of light penetrated bed 33, And there is corresponding image information.By the side lighting via illumination frame 41, information carrier 30 can be reliably illuminated, In, the image information 31 of Information Level 32 is apparent that from outside.

The ID sensor according to Fig. 4 or Fig. 5 is roughly equivalent to according to the embodiment of Fig. 6, wherein be used for emergent ray 4 Region 45 be tilt extend.According to Fig. 4 and Fig. 5, the region 45 for emergent ray 4 is generally flatly carried relative to information Body 30 is orientated and is flatly orientated relative to the top surface 11 of frame mechanism 10.

It is shown in Figure 11, there is the epivalve 25 of shell 20 region 27 of transmission ray, the region 27 to be located at illumination part 24 Between illumination frame 41.Region 45 for emergent ray 4 is in Fig. 4 or Fig. 5 identical position.

Show that the epivalve 25 of shell 20, epivalve 25 have multiple openings 28 in Fig. 9, illumination frame 41 is according to all shown These openings 28 can be inserted in embodiment.Opening 28 is separated by connection sheet 29 each other.According to advantageous manner, opening 28 Geometry correspond to information carrier 30 exterior contour, reliably illuminated it is possible thereby to obtain.

According to Figure 10, illumination frame 41 has optical texture 42, the light 4 injected as a result, in face of the side of epivalve 25 From illumination part 24s so in the internal reflection of illumination frame 41, it is hereby achieved that the uniform illumination of illumination frame 41.According to Figure 10, Optical texture 42 is in prism-shaped.

In Figure 12, ID sensor 1 has information carrier 30, and information carrier 30 is kept by frame mechanism 10, such as Fig. 7 institutes Show.Such as Fig. 7 and Fig. 8 of information carrier 30 is hologram.Information carrier 30 is rigid and is not arranged movably on the housing 20.At this In embodiment, shell 20 is at least that light is transparent below information carrier 30.Illumination part 24 for example can be arranged directly on Under shell 20, thus information carrier 30 can be illuminated from below, wherein light 4 projects outward simultaneously.Following situations also include In the embodiment shown in fig. 12：Optical conductor 40 (especially illuminate frame 41) is arranged under shell 20, and optical conductor 40 can Illuminate information carrier 30 from below by ground.As in other embodiments, also implemented light light is incident on by illuminating part 24 In conductor 40.

It is especially double according to whole embodiments it is contemplated that illumination frame 41 and frame mechanism 10 are implemented as integrated member Component plastic part.Equally it can be stated that illumination frame 41 and shell 20 (especially epivalve 25) constitute an integrated member, especially It is two-component plastic part.

It is contemplated that information carrier 30 is bonded on epivalve 25, it is possible thereby to bring reliable fixation.

Reference numerals list

1 ID sensor

2 locking systems

3 motor vehicles

4 light

10 frame mechanisms

11 top surfaces

20 shells

21 operating mechanisms

22 enclosure interiors

23 switch elements

24 illumination parts

25 epivalves

26 times valves

The region of 27 transmission rays

28 are used for the opening of optical conductor 40

29 connection sheets

30 information carriers

31 image informations

32 Information Levels

33 light penetrated beds

40 optical conductors

41 illumination frames

42 optical textures

43 transmission levers

44 funnel shapeds

45 are used for the region of emergent ray

Claims

1. one kind being used for the ID sensor (1) of motor vehicle (3) locking system (2), the ID sensor has：

Shell (20) which is provided at least one operating mechanism (21), and the operating mechanism is in operation with setting in shell The switch element (23) in portion (22) cooperates；With

Positioned at the illumination part (24) of the enclosure interior (22),

It is characterized in that,

There is the shell (20) frame mechanism (10), information carrier (30) to be maintained in the frame mechanism, and described information carries Body can be illuminated by the illumination part (24), wherein

There is described information carrier (30) illumination frame (41), the illumination frame to surround described information carrier (30).

2. ID sensor (1) according to claim 1, which is characterized in that optical conductor (40) is arranged in the shell (20) on, to realize that the reliable of described information carrier (30) is illuminated.

3. ID sensor (1) according to claim 2, which is characterized in that on the one hand setting exists the optical conductor (40) It illuminates on part (24), and on the other hand the optical conductor (40) is assigned to described information carrier (30).

4. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that the frame mechanism (10) It is fixed on the shell (20), wherein the shell (20) has epivalve (25) and lower valve (26), the enclosure interior (22) between the epivalve (25) and the lower valve (26).

5. ID sensor (1) according to claim 4, which is characterized in that the frame mechanism (10) is fixed on described On epivalve (25).

6. ID sensor (1) according to claim 5, which is characterized in that the frame mechanism (10) is locked on described On epivalve (25).

7. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that described information carrier (30) Rigidly and/or it is not movably disposed on the shell (20).

8. ID sensor (1) according to claim 7, which is characterized in that described information carrier (30) rigidity and/or not It is movably disposed on the frame mechanism (10).

9. ID sensor (1) according to claim 2 or 3, which is characterized in that the illumination frame (41) is the light guide A part for body (40).

10. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that the illumination frame (41) It is made of polymer.

11. ID sensor (1) according to claim 10, which is characterized in that the illumination frame (41) is by poly- carbonic acid Ester manufacture.

12. ID sensor (1) according to claim 11, which is characterized in that the makrolon is based on the bis- (4- of 2,2- Hydroxy phenyl) propane (bisphenol-A).

13. ID sensor (1) according to claim 12, which is characterized in that the illumination frame (41) is coloured.

14. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that the frame mechanism (10) there is metal layer or metal coating on its top surface (11).

15. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that the illumination frame (41) Top surface (11) relative to described information carrier (30) and/or relative to the frame mechanism (10) is generally flatly to be orientated 's.

16. ID sensor (1) according to claim 4, which is characterized in that described information carrier (30) is placed on the shell On body (20).

17. ID sensor (1) according to claim 16, which is characterized in that described information carrier (30) is fixed on institute It states on epivalve (25).

18. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that image information (31) prints On described information carrier (30).

19. ID sensor (1) according to claim 4, which is characterized in that the illumination frame (41) is at least in face of institute The side for stating epivalve (25) is formed with optical texture (42), and the light thus injected (4) is so reflected, so as to obtain The uniform illumination of the illumination frame (41).

20. ID sensor (1) according to claim 19, which is characterized in that the optical texture (42) is in prism-shaped.

21. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that the illumination frame (41) It is configured to integrated member with the frame mechanism (10).

22. ID sensor (1) according to claim 21, which is characterized in that the integrated member is two-component plastic Part.

23. ID sensor (1) according to any one of claim 1 to 3, which is characterized in that the illumination frame (41) With transmission lever (43), the transmission lever extends between the illumination part (24) and the illumination frame (41).

24. ID sensor (1) according to claim 23, which is characterized in that the transmission lever (43) is described in leading to The fluidic junction for illuminating frame (41) has funnel shaped (44), so that reliably light (4) is incident in the illumination frame (41).

25. ID sensor (1) according to claim 4, which is characterized in that the epivalve (25) has transmission ray (4) region (27).

26. ID sensor (1) according to claim 1, which is characterized in that the illumination frame (41) is by the bare bones Structure (10) covers, wherein the illumination frame (41) has the region (45) for emergent ray (4), described to be used for emergent ray Region be directed toward described information carrier (30).

27. ID sensor (1) according to claim 1, which is characterized in that the illumination frame (41) is formed with for going out The region (45) of light (4) is penetrated, the region for emergent ray is relative to described information carrier (30) and/or relative to institute The top surface (11) for stating frame mechanism (10) is flatly orientated, or is obliquely constituted relative to described information carrier (30) 's.

28. ID sensor (1) according to claim 4, which is characterized in that the illumination frame (41) and the shell (20) integrated member is constituted.

29. ID sensor (1) according to claim 28, which is characterized in that the illumination frame (41) and the upper casing Valve (25) constitutes an integrated member.

30. ID sensor (1) according to claim 28, which is characterized in that the illumination frame (41) and the shell (20) it is implemented as two-component plastic part.

31. ID sensor (1) according to claim 4, which is characterized in that the illumination frame (41) extends through described The epivalve (25) of shell (20).

32. the ID sensor (1) according to claim 26 or 27, which is characterized in that described information carrier (30) is by reality It applies as with hologram, the hologram can be illuminated by the illumination frame (41).

33. ID sensor (1) according to claim 32, which is characterized in that described being used for of the illumination frame (41) The region (45) of emergent ray (4) is located in the lateral of the hologram.

34. ID sensor (1) according to claim 33, which is characterized in that the light (4) being emitted has such as hypostome One kind in color：Blue, green or white.

35. ID sensor (1) according to claim 4, which is characterized in that described information carrier (30) has Information Level (32) and light penetrated bed (33), wherein described information layer (32) is arranged in the light penetrated bed (33) and the shell (20) between epivalve (25).

36. ID sensor (1) according to claim 4, which is characterized in that the epivalve (25) of the shell (20) has There are multiple openings (28), the illumination frame (41) to be arranged in these openings, wherein the opening (28) is to pass through connection sheet (29) it is separated.