DK200900032U3

DK200900032U3 - Complete LED system for cabinet elements

Info

Publication number: DK200900032U3
Application number: DKBA200900032U
Authority: DK
Inventors: Wienholtz Poul
Original assignee: Wienholtz Poul
Priority date: 2009-02-10
Filing date: 2009-02-10
Publication date: 2010-05-28

Description

DK 2009 00032 U3DK 2009 00032 U3

Komplet LED- system for skabselementer.Complete LED system for cabinet elements.

Frembringelsens anvendelsesområdeScope of production

Frembringelsen angår et komplet LED- system beregnet for skabselementer. Betegnelsen skabselementer dækker i denne henseende over køkkenskabe, badeværelse skabe, klædeskabe, o. lign.The production relates to a complete LED system designed for cabinet elements. The term cabinet elements in this regard covers kitchen cabinets, bathroom cabinets, wardrobes, etc.

LED- systemet der beregnet til at indgå allerede i præfabrikationen af skabselementeme. Det samlede LED- system til skabselementer, består af følgende enheder: • Strømforsyning Fig. 1 • Udvidelsesmodul Fig. 2 • Kontakt-skinne Fig. 3 • LED- skinne Fig. 4 • Sensor- skuffe Fig. 5 • Sensor-låge Fig. 6 • LED- glas Fig. 7 • LED- bagkant Fig. 8 • LED- side Fig. 9 • LED-konstant Fig. 10 • Kontakt-endestykke Fig. 11The LED system intended to be included in the prefabrication of the cabinet elements already. The total LED system for cabinet elements consists of the following units: • Power supply Fig. 1 • Expansion module Fig. 2 • Contact rail Fig. 3 • LED rail Fig. 4 • Sensor drawer Fig. 5 • Sensor door Fig. 6 • LED glass Fig. 7 • LED rear edge Fig. 8 • LED side Fig. 9 • LED constant Fig. 10 • Contact terminal Fig. 11

Kendt teknik.Prior art.

Nuværende teknik til skabselementer består hovedsagelig af 12V halogenbelysning. Lyset er ofte koblet op på den øvrige elinstallation, og tænder sammen med andet lys i lokalet. Ofte kræves elektriske indgreb hvilket medfører, at disse systemer derfor ikke må installeres lægmand, men kræves monteret af fagmand jfr. Stærkstrømsbekendtgørelsen.Current technique for cabinet elements consists mainly of 12V halogen lighting. The light is often connected to the other electrical installation, and lights up with other light in the room. Often electrical interventions are required, which means that these systems must not therefore be installed by a layman, but must be installed by a professional, cf. Power legislation.

Generelt kan belysningsformen deles op i tre kategorier: Køkkenelementer: er enkelte halogenspots i skabselementer med glaslåge og glashylder. Halogenspotten er typisk placeret i toppen af skabselementet og lyser ned gennem hylderne. Under overskabene er typisk placeret halogenspots i en række, der har til formål at give lys på køkkenbordpladen.Generally, the shape of the lighting can be divided into three categories: Kitchen elements: are individual halogen spots in cabinet elements with glass door and glass shelves. The halogen spot is typically located at the top of the cabinet element and lights down through the shelves. Under the cupboards, halogen spots are typically placed in a row intended to shine light on the kitchen countertop.

Side 1 af 20 DK 2009 00032 U3Page 1 of 20 DK 2009 00032 U3

Badeværelseselementer: er typisk 2-3 halogenspots placeret i hylde over spejl. Ingen lys i skabene.Bathroom elements: typically 2-3 halogen spots are placed in the shelf above the mirror. No lights in the cupboards.

Klædeskabselementer: er typisk en række halogenspots monteret på en stang uden på skabet, så spotten peger ind mod skabslågen, og sender lys ind i skab når skabsdør åbnes. Halogenbelysning forekommer ikke som indbygget i klædeskabe, idet denne belysning udsender meget IR stråling, hvilket øger fare for brand væsentligt.Wardrobe elements: are typically a series of halogen spots mounted on a bar outside the cabinet, so the spot points to the cabinet door and sends light into the cabinet when the cabinet door is opened. Halogen lighting does not appear as built into wardrobes, as this lighting emits a lot of IR radiation, which significantly increases the risk of fire.

LED belysning er i dag så småt ved at vinde indpas i ovennævnte type skabselementer, og vil sandsynligvis overhale halogen belysningsformen i fremtiden. LED er i dag ikke designet til at indgå i præfabrikationsfasen, og skal derfor som beskrevet for halogen belysning, ligeledes stadig monteres efter opsætning af skabselementeme, od da disse heller ikke forefindes som "færdige sæt”, skal efterfølgende el-til slutning til stadighed udføres af en fagmand,LED lighting is currently gaining ground in the above mentioned cabinet elements, and is likely to overtake the halogen lighting form in the future. LEDs today are not designed to be part of the prefabrication phase and, as described for halogen lighting, must also still be mounted after setting up the cabinet elements, or since these are not also available as "finished sets", subsequent electrical-to-end must always be carried out. by a person skilled in the art,

Det tekniske problem der skal løses.The technical problem to be solved.

Med frembringelsen ønskes tilvejebragt LED- system specielt designet som en integreret del i skabselementer. Systemet skal være egnet til montering allerede i præfabrikationsfasen, hvor skabselementeme samles på fabrikken, idet det giver store fordele. LED- systemet må ikke kunne fejlmonteres, og skal være tilladt at montere for lægmand. Derudover skal systemet dække et bredt behov omkring belysningsønsker og funktioner.With the creation, it is desired to provide LED system specially designed as an integral part of cabinet elements. The system must be suitable for mounting already in the pre-fabrication phase, where the cabinet elements are assembled at the factory, which offers great advantages. The LED system must not be erroneous and must be allowed to be installed for a layman. In addition, the system must cover a broad need for lighting requirements and functions.

Den nye teknik.The new technique.

Dette formål opnås ifølge frembringelsen ved, et modulopbygget LED- system, der kan udvides med tilhørende enheder løbende efter behov. LED- systemet er designet til at indgå allerede i præfabrikationen som en integreret del af skabselementeme, eller som efterfølgende montage. El-til slutningen skal kunne tilsluttes aflægmand når skabselementeme er sat op. LED- systemet samles blot ved hjælp af stik. LED- systemet er som standard opbygget omkring med tre stik af forskellig størrelse. Stik i pos. 1 er forsyningen, i stik pos. 2 tilsluttes sensorer, og i stik pos. 3 tilsluttes div. LED. Disse tre tilslutningsmuligheder kan ikke forbyttes indbyrdes, og en evt. fejlmontering er derved elimineret.According to the invention, this object is achieved by a modular LED system which can be expanded with associated units continuously as needed. The LED system is designed to be part of the prefabrication already as an integral part of the cabinet elements, or as subsequent assembly. The electrical to the end must be able to be connected to the installer when the cabinet elements are installed. The LED system is simply assembled using connectors. By default, the LED system is built around with three connectors of different sizes. Plug in pos. 1 is the supply, in connector pos. 2, sensors are connected, and in connector pos. 3 is connected to div. LED. These three connection options cannot be interchanged, and a possible connection can be made. fault-mounting is thereby eliminated.

Den tekniske virkning.The technical impact.

Strømforsyning (fig. 1) består af en Netdel og tilhørende LED- modul.Power supply (Fig. 1) consists of a mains part and associated LED module.

Udvidelsesmodulet (fig. 2) er opbygget identisk som strømforsyningens LED- modul (fig. 1), og indeholder printkort med nødvendig elektronik til styring. LED- modulet sammenkobles med ønskede antal udvidelsesmoduler via stik i (pos, 4).The expansion module (Fig. 2) is designed identical to the power module's LED module (Fig. 1), and contains circuit boards with the necessary electronics for control. The LED module is connected to the desired number of expansion modules via plugs in (pos, 4).

Systemet er delt op i to dele for henholdsvis, ’ funktion”, og ”belysningsform”.The system is divided into two parts for 'function' and 'lighting form' respectively.

I LED- modul og udvidelsesmodulers printstik (pos. 2), kan udelukkende tilsluttes ”'funktioner”, hvilket betyder at her tilsluttes de forskellige sensorer for låger, skuffer eller konstant lys,In the LED module and the expansion plugs of the expansion module (pos. 2), only "'functions" can be connected, which means that the different sensors for doors, drawers or constant light are connected here,

Side 2 af 20 DK 2009 00032 U3 'funktioner” giver følgende valgmuligheder: LED- konstant (fig. 10): bruges hvor LED- side (fig. 9) / LED- glas (fig. 7) / LED-bagkant (fig. 8) ønskes at lyse konstant. Belysningen vil da være uafhængig af om tilhørende skabslåge eller skuffesektion åbnes.Page 2 of 20 GB 2009 00032 U3 'functions' provide the following options: LED constant (fig. 10): used where LED side (fig. 9) / LED glass (fig. 7) / LED rear edge (fig. 8) Want to light constantly. The lighting will then be independent of whether the associated cabinet door or drawer section is opened.

Kontakt- skinne (fig. 3): bruges når LED- side (fig. 9) skal lyse idet en skuffesektion åbnes.Contact rail (fig. 3): used when the LED side (fig. 9) is to be lit when a drawer section is opened.

Sensor- låge (fig. 6): bruges hvor en LED- side (fig. 9), eller LED- glas (fig. 7) / LED-bagkant (fig. 8) ønskes at lyse idet låge åbnes.Sensor door (Fig. 6): used where an LED side (Fig. 9) or LED glass (Fig. 7) / LED rear edge (Fig. 8) is desired to illuminate as the door is opened.

I LED- modul og udvidelsesmoduls printstikforbindelse (pos. 3), kan udelukkende tilsluttes "belysningsform”, hvilket betyder at her tilsluttes de forskellige ønsker til belysning.In the LED module and the expansion module's connection connector (pos. 3), only "lighting form" can be connected, which means that the different lighting requirements are connected here.

”belysningsform" giver følgende valgmuligheder: LED- side (fig. 9): bruges i skabssektioner og skuffesektioner."Illumination mode" provides the following options: LED side (fig. 9): used in cabinet sections and drawer sections.

LED- skinne (fig. 4): bruges i skabssektioner hvor der er ønske om lys i hylder. LED-skinne danner elektrisk forbindelse til LED- glas (fig. 7) / LED- bagkant (fig. 8).LED rail (Fig. 4): used in cabinet sections where there is a desire for shelves. LED rail provides electrical connection to LED glass (Fig. 7) / LED rear edge (Fig. 8).

Kontaktskinner, LED- skinner, låge- sensorer og sensorer for skuffer kan monteres allerede i præfabrikationsfasen.Contact rails, LED rails, door sensors and sensors for drawers can be installed already in the pre-fabrication phase.

Når skabselementeme er sat op, isættes hylder, og delene tilsluttes herefter strømforsyning og udvidelsesmoduler iht. ønske om belysningsform.When the cabinet elements are set up, shelves are inserted and the parts are then connected to power supply and expansion modules according to the desire for illumination.

Positionsnummer henvisning:Reference number:

Pos. nr. Beskrivelse: 1. Printkortstik 4 pol 2. Printkortstik 2 pol 3. Printkortstik 3 pol 4. Hanstik 4 pol 5. Hanstik 2 pol 6. Sensor-låge 7. Afdækningsplade over Sensor-låge 8. Sensor- skuffe Fig. 5 9. Skinnestyr med "fastholdelses funktion” 10. Kortslutningsstik for Konstant lys funktion 11. Kontaktstykke 12. SMD monteret LED 13. Klar buet PVC profil, overdel til Fig. 8Pos. Description: 1. PCB connector 4 pole 2. PCB connector 2 pole 3. PCB connector 3 pole 4. Male connector 4 pole 5. Male connector 2 pole 6. Sensor door 7. Cover plate over Sensor door 8. Sensor drawer Fig. 5 9. Rail guide with "retaining function" 10. Short-circuit connector for Constant light function 11. Contact piece 12. SMD mounted LED 13. Clear curved PVC profile, top for Fig. 8

Side 3 af 20 DK 2009 00032 U3 14. Skinnestyr, fælles for skinneprofil Fig. 3 og Fig. 4 15. Profil, Fig. 7 16. Profil Skinne 17. Elektrisk leder 18. Permanent magnet 19. Klar PVC profil, Fig. 4 20. Hanstik 3 pol.Page 3 of 20 DK 2009 00032 U3 14. Rail guide, common for rail profile Fig. 3 and FIG. 4 15. Profile, FIG. 7 16. Profile Rail 17. Electric conductor 18. Permanent magnet 19. Clear PVC profile, Fig. 4 20. Male connector 3 pole.

21. Elektrisk forbindelse fra SMD-print til pos. 11 i kontaktendestykke 22. Profil, Fig. 8 23. Profil, underdel til LED- side Fig. 4 24. Klar PVC, Fig. 9 25. Kontakt- endestykke Fig. 11, bruges i profil Fig. 7, og Fig. 8 26. Netdel i LED-modul.21. Electrical connection from SMD print to pos. 11 in contact end piece 22. Profile, FIG. 8 23. Profile, lower part for LED side Fig. 4 24. Clear PVC, FIG. 9 25. Contact terminal Fig. 11, used in profile Fig. 7, and FIG. 8 26. Power unit in LED module.

UdførelseseksemplerEmbodiments

Side 9 viser LED- systemets samlede opbygning. Strømforsyning og udvidelsesmodul, samt opbygningen af’/wnktioner” og ”belysningsformer”. Alle dele der har med r'funktioner” at gøre, kan udelukkende forbindes i pos. 3, og alle dele der har med ''belysningsformer” at gøre, kan ligeledes udelukkende forbindes til pos. 2. Profilerne er fremstillet af PVC eller andet isolerende materiale. LED- systemet kan løbende udvides, og er som standard udført med nedenstående muligheder der kombineres efter kundens ønske:Page 9 shows the overall structure of the LED system. Power supply and expansion module, as well as the structure of '/ functions' and 'lighting forms'. All parts that have to do with r functions can only be connected in pos. 3, and all parts relating to '' lighting forms '' may also be connected exclusively to heading No. 2. The profiles are made of PVC or other insulating material. The LED system can be continuously expanded, and as a standard is provided with the following options which can be combined to the customer's wishes:

Konstant lysConstant light

Lys tænder når låge åbnesLight turns on when door is opened

Lys tændes når skuffe åbnes.Light comes on when drawer is opened.

Lys i hele skabselementets højdeLight throughout the height of the cabinet element

Lys i skuffesektionerLight in drawer sections

Lys på bagside af hylde, giver speciel lysvirkning på bagvæg af skabselementLight on back of shelf, gives special light effect on the back wall of cabinet element

Lys i front af glashylde.Light in front of glass shelf.

Side 10, viser Strømforsyning og LED- modul fig. 1 (samlet enhed).Page 10, shows Power Supply and LED module fig. 1 (total unit).

Side 11, viser Udvidelsesmodul Fig. 2. LED- og Udvidelsesmodul er identisk opbygget, og indeholder samme styring. Forskellen på disse to er, LED- modulet er koblet sammen med strømforsyningen og Udvidelsesmodulet har tilgangsledning.Page 11, shows Expansion module Fig. 2. The LED and Expansion module are identical in structure and contain the same control. The difference between these two is, the LED module is connected to the power supply and the Expansion module has access line.

Side 12, viser Kontakt- skinne Fig. 3. Profilet har 3 slidser. Den midterste slidse, har til formål at virke som ”lås” for Skuffe- sensor. I de yderste slidser ligger ledere til kontaktforbindelse. Kontakt- skinne danner forbindelse via stik pos. 5.Page 12, shows the contact rail Fig. 3. The profile has 3 slots. The middle slot is intended to act as a "lock" for the Drawer sensor. In the outer slots are conductor for contact connection. Contact rail connects via connector pos. 5th

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Side 13, viser Sensor- skuffe Fig. 5.1 profilet, pos. 8 er indstøbt sensor, som danner forbindelse via pos. 11 til Kontakt- skinne fig. 3.Page 13, shows Sensor drawer Fig. 5.1 profile, pos. 8 is an embedded sensor which connects via pos. 11 to the contact rail fig. Third

Pos. 9 og 11 passer i profilet fig. 3.Pos. 9 and 11 fit in the profile of FIG. Third

Side 14, viser sammenkoblingsprincippet for Skuffe- sensor, set oppefra i lodret plan. Når skuffe trækkes ud, svækkes magnetfelt ud over Skuffe- sensor, og signal sendes til LED- / Udvidelses- modul.Page 14, shows the connection principle for Drawer sensor, seen from the top in vertical plane. When the drawer is pulled out, the magnetic field is weakened beyond the Drawer sensor and signal is sent to the LED / Expansion module.

Side 15, viser 2 pol stik med funktion LED- konstant Fig. 10. Ønskes konstant lys, isættes dette stik pos. 5 i stedet for en sensor i enten LED- modulet eller et Udvidelses- modul.Page 15, shows 2 pole connectors with LED constant function Fig. 10. If constant light is desired, insert this plug pos. 5 instead of a sensor in either the LED module or an Expansion module.

Side 16, viser profil for Sensor- låge Fig. 6. Samme princip gælder her, indstøbt sensor danner forbindelse via stik pos. 5.Page 16, shows profile of Sensor door Fig. 6. The same principle applies here, the embedded sensor connects via connector pos. 5th

Side 17, viser profilet for LED- side Fig. 9.1 enheden, er indsat SMD monteret LED. Disse har forbindelse gennem pos. 20Page 17, shows the profile of the LED side Fig. 9.1 unit, SMD mounted LED is inserted. These are connected through pos. 20

Side 18 (fig. 9a), viser ligeledes LED- side i større format set fra enden. Det samlede profil består af 2 stykker, hhv. bund pos. 23 og overstykke pos. 19. På bundstykket er monteret SMD-dioder.Page 18 (Fig. 9a), also shows the LED page in larger format from the end. The overall profile consists of 2 pieces, respectively. bottom pos. 23 and overhead pos. 19. SMD diodes are mounted on the base.

Side 19, viser LED- skinne Fig. 4. Dette profil er identisk opbygget som Kontakt- skinne fig. 3., eneste forskel er stikforbindelsen pos. 20. LED- skinnen danner forbindelse til hylder med lys i skabselementer. Forbindelsen dannes via kontakt- enden (pos. 25) for hhv. LED- glas fig. 7 og LED- bagkant fig. 8.Page 19, shows LED rail Fig. 4. This profile is identical in structure to the contact rail fig. 3., only difference is the connector pos. 20. The LED rail connects to shelves with light in cabinet elements. The connection is formed via the contact end (pos. 25), respectively. LED glass fig. 7 and LED rear edge FIG. 8th

Side 20, viser LED- glas Fig. 7. Enheden danner kontakt via kontaktendestykket fig 11, pos. 25 til LED- skinne fig. 4.Page 20, shows LED glass Fig. 7. The unit makes contact via the contact end piece fig. 11, pos. 25 to LED rail FIG. 4th

Side 21 (fig. 7a), viser LED- glas, profilet set fra enden.Page 21 (Fig. 7a), shows the LED glass, the profile seen from the end.

Side 22 (fig, 7c), viser sammenkoblingsprincippet for LED- glas og Kontakt- skinne detaljeret, set i lodret perspektiv.Page 22 (fig. 7c), shows the connection principle for LED glass and Contact rail in detail, seen in vertical perspective.

Side 23 (fig. 7d), viser LED- glas profil, bestående af profil og kontaktendestykke.Page 23 (Fig. 7d), shows the LED glass profile, consisting of profile and contact end piece.

Side 24, viser detaljeret LED- bagkant Fig. 8.Page 24, shows detailed LED rear edge Fig. 8th

Side 25 (fig. 8a), viser det samlede profil LED- bagkant), set fra enden.Page 25 (Fig. 8a), shows the overall profile LED rear edge), seen from the end.

Side 26 (fig. 8e), viser sammenkoblingsprincippet for LED- bagkant og Kontakt- skinne detaljeret, set i lodret perspektiv.Page 26 (Fig. 8e), shows the connection principle for LED rear edge and Contact rail in detail, seen in vertical perspective.

Side 27 (fig. 8f), viser LED- bagkant profil, bestående af profil og Kontakt-endestykke.Page 27 (fig. 8f), shows the LED rear edge profile, consisting of profile and contact end piece.

Side 28, viser Kontakt-endestykke Fig. 11. Kontak-endestykket danner forbindelse til LED-skinne pos 17.Page 28, shows the contact end piece Fig. 11. The contact end piece connects to LED rail pos. 17.

Side 5 af 20Page 5 of 20

Claims

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